Kleb- und Dichtstoffe Lacke Polyurethan Kosmetik ...€¦ · Safic-Alcan Deutschland GmbH, Bad...
Transcript of Kleb- und Dichtstoffe Lacke Polyurethan Kosmetik ...€¦ · Safic-Alcan Deutschland GmbH, Bad...
Gummi
Kleb- und Dichtstoffe
Lacke
Polyurethan
Kosmetik
Nahrungsergänzungsmittel
Pharmazie
Unsere Standorte
Safi c-Alcan SAS3 rue Bellini 92806 PUTEAUX CEDEX FRANCE Phone: +33 1 46 92 64 64 Fax: +33 1 47 78 88 13 http://www.safi c-alcan.fr/
Markets:- Rubber - Paints, Inks and Varnishes - Adhesives - Thermoplastics - Polyurethanes - Pharmaceuticals - Cosmetics - Synthesis - Detergents - Food & Nutraceuticals
Safi c-Alcan Italia S.p.A.Via Dei Pioppi, 1820024 GARBAGNATE MILANESE ITALY Phone: +39 02 99 02 02 05 Fax: +39 02 99 52 891 http://www.safi c-alcan.it/
Markets:- Rubber- Adhesives - Thermoplastics - Polyurethanes - Pharmaceuticals - Cosmetics - Synthesis
Safi c-Alcan Deutschland GmbH Wolfsheimer Strasse 1 D-55543 BAD KREUZNACH GERMANY Phone: +49 67 17 94 61 30 Fax: +49 67 14 83 45 24 http://www.safi c-alcan.de/
Markets:- Rubber- Thermoplastics - Pharmaceuticals - Cosmetics - Nutraceuticals
Safi c-Alcan Especialidades Calle Rocafort, 241-243 08029 BARCELONA SPAIN Phone: +34 93 322 04 53 Fax: +34 93 410 69 78 http://www.safi c-alcan.es/
Markets:- Rubber- Paints, Inks and Varnishes - Adhesives - Thermoplastics - Polyurethanes - Pharmaceuticals - Cosmetics - Detergents - Food & Nutraceuticals
Safi c-Alcan UK Ltd 812 Fountain CourtBirchwood Boulevard WARRINGTON WA3 7QZUNITED KINGDOMPhone: +44 1925 848 135 Fax: +44 1925 848 119 http://www.safi c-alcan.co.uk/
Markets: - Rubber- Adhesives - Thermoplastics - Pharmaceuticals - Cosmetics
Safi c-Alcan Benelux S.A./N.V.Neringstraat, n°11 B-1840 LONDERZEEL BELGIUM Phone: +32 52 30 36 42 Fax: +32 52 30 93 27
Markets:- Rubber- Paints, Inks and Varnishes - Adhesives - Thermoplastics - Pharmaceuticals - Cosmetics - Synthesis - Nutraceuticals
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Unsere Standorte
Safi c-Alcan SAS3 rue Bellini 92806 PUTEAUX CEDEX FRANCE Phone: +33 1 46 92 64 64 Fax: +33 1 47 78 88 13 http://www.safi c-alcan.fr/
Markets:- Rubber - Paints, Inks and Varnishes - Adhesives - Thermoplastics - Polyurethanes - Pharmaceuticals - Cosmetics - Synthesis - Detergents - Food & Nutraceuticals
Safi c-Alcan Italia S.p.A.Via Dei Pioppi, 1820024 GARBAGNATE MILANESE ITALY Phone: +39 02 99 02 02 05 Fax: +39 02 99 52 891 http://www.safi c-alcan.it/
Markets:- Rubber- Adhesives - Thermoplastics - Polyurethanes - Pharmaceuticals - Cosmetics - Synthesis
Safi c-Alcan Deutschland GmbH Wolfsheimer Strasse 1 D-55543 BAD KREUZNACH GERMANY Phone: +49 67 17 94 61 30 Fax: +49 67 14 83 45 24 http://www.safi c-alcan.de/
Markets:- Rubber- Thermoplastics - Pharmaceuticals - Cosmetics - Nutraceuticals
Safi c-Alcan Especialidades Calle Rocafort, 241-243 08029 BARCELONA SPAIN Phone: +34 93 322 04 53 Fax: +34 93 410 69 78 http://www.safi c-alcan.es/
Markets:- Rubber- Paints, Inks and Varnishes - Adhesives - Thermoplastics - Polyurethanes - Pharmaceuticals - Cosmetics - Detergents - Food & Nutraceuticals
Safi c-Alcan UK Ltd 812 Fountain CourtBirchwood Boulevard WARRINGTON WA3 7QZUNITED KINGDOMPhone: +44 1925 848 135 Fax: +44 1925 848 119 http://www.safi c-alcan.co.uk/
Markets: - Rubber- Adhesives - Thermoplastics - Pharmaceuticals - Cosmetics
Safi c-Alcan Benelux S.A./N.V.Neringstraat, n°11 B-1840 LONDERZEEL BELGIUM Phone: +32 52 30 36 42 Fax: +32 52 30 93 27
Markets:- Rubber- Paints, Inks and Varnishes - Adhesives - Thermoplastics - Pharmaceuticals - Cosmetics - Synthesis - Nutraceuticals
Safic-Alcan Portugal Lda Via Central de Milheiros, n°862 4475-330 MAIA PORTUGAL Phone: +351 22 961 97 00 Fax: +351 22 960 01 31 http://www.safic-alcan.pt/ Markets: - Rubber - Paints, Inks and Varnishes - Adhesives - Thermoplastics - Polyurethanes - Cosmetics - Detergents
Safic-Alcan Romania SRL 32, Regina Maria Blvd 1st fl., Room 207 Sector 4, BUCHAREST ROMANIAPhone: +40 21 405 13 10 Fax: +40 21 405 13 02 http://www.safic-alcan.ro/ Markets:- Rubber - Adhesives - Thermoplastics - Polyurethanes
SAFIC-ALCAN Adriatic d.o.o.UROŠA MARTINOVICA 5/50 11070 Belgrade SERBIA Phone: +381 642 429 789 Markets:- Rubber - Paints, Inks and Varnishes - Adhesives and Sealants - Thermoplastics
Necarbo BVNoorderkade 28 1948 NR Beverwijk Postbus 621 1940 AP Beverwijk NETHERLANDSPhone: +31 251 278300 Fax: +31 251 214471 http://www.necarbo.com/ Markets: - Paints, Inks and Varnishes - Water Treatment - Adhesives and Sealants - Construction - Floor coverings and textiles - Industrial Plastics - Life Science
Bim Sifram Group SAS 3, rue Bellini 92806 PUTEAUX FRANCE Phone : +33 1 46 92 74 38 Fax: +33 1 46 92 74 47 http://www.bimsifram.fr/
Safic-Alcan Cesko s.r.o. Jamborova 32, 615 00 Brno CZECH REPUBLIC Phone: +420 511 110 150 Fax: +420 910 808 193 http://www.safic-alcan.cz/ Markets:- Rubber - Thermoplastics - Polyurethanes - Adhesives - Pharmaceuticals - Cosmetics
Chemspec, Ltd 1559 Corporate Woods Parkway Suite 150 Uniontown OH 44685 U.S.A Phone: +1 330 364 42 00 Fax: +1 330 364 42 22 http://www.chemspecltd.com/ Markets: - Rubber - Thermoplastics - Inks - Sealants
Safic-Alcan Nordic AB Faktorvägen 9 S-434 37 KUNGSBACKA SWEDENPhone: + 46/300.732.50 Fax: + 46/300.732.51 http://www.safic-alcan.se/ Markets:- Rubber - Thermoplastics
Necarbo (Middle East) B.V.P.O. Box 18620 Jebel Ali Free Zone Dubai UNITED ARAB EMIRATESPhone: +971 4 8816492 Fax: +971 4 8816496 http://www.necarbo.com/ Markets: - Paints, Inks and Varnishes - Adhesives and Sealants - Construction - Floor coverings and textiles
Sichuan Huafamei Enterprise Co., Ltd 2 Floor Block A,Huaxi Building, 5 Linyin Road, CHENGDU CHINAPhone: +86 28 86181366 202 Fax: +86 28 85449790 http://www.huafamei.com/
InterplastIkitelli Organize Sanayi Bölgesi Eskoop Sanayi Sitesi B1 Blok N°79 PK:34606 IKITELLI Istanbul TURKEY Phone: +90 212 549 6950 Fax: +90 212 549 1834 http://www.Interplast.com.tr/ Marchés:- Rubber - Thermoplastics
Safic-Alcan Polska Sp z o.o. ul. Rzymowskiego 53 02-697 WARSAW POLAND Phone: +48 22 375 17 10 http://www.safic-alcan.pl/ Markets: - Rubber - Adhesives - Thermoplastics - Cosmetics
LLC "SAFIC-ALCAN UKRAINE" Office 507/4 Bogdana Khmelnitskogo str. 16-22 Kyiv, 01030 UKRAINEPhone: +38 050 418 50 37 Fax: +38 044 383 98 85 Markets:- Rubber - Paints, Inks and Varnishes - Construction - Thermoplastics
SAFIC-ALCAN CHIMSNAB EAD”HeadquarterEastern storage area, 3 Acad. Mihail Arnaudov Str Ruse 7000, PO box 516, BULGARIAPhone: +359 82 842043 Fax: +359 82 845303 Business Park Mladost 4, 87 Alexander Malinov Blvd., office 9 Sofia 1715 Phone: +359 2 8840630 Fax: +359 2 8840640 Markets: - Food - Coatings - Rubber - Thermoplastics - Cosmetics - Pharmaceuticals
Necarbo (Asia) Sdn BhdPhileo Damansara 1 Off Jalan Damansara 46530 Petaling Jaya Selangor Darul Ehsan MALAYSIA Phone: +603 76661183 Fax: +603 76609393 http://www.necarbo.com/ Markets: - Paints, Inks and Varnishes - Adhesives and Sealants - Construction - Floor coverings and textiles
Laserson S.AB.P. 57 - Parc d’Activités Sudessor 6 Avenue des Grenots 91151 ETAMPES CEDEX FRANCE Phone: +33 1 69 16 82 00 Fax: +33 1 64 94 98 97 http://www.safic-alcan.fr/ Markets:- Cosmetics
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Safic-Alcan Deutschland GmbH, Bad Kreuznach ..................................................................................................... 5
Unser Qualitätsmanagement und Engagement in REACH & HSE ..................................................................... 6
MLPC International - Beschleuniger, Verzögerer, Alterungsschutzmittel ...............................................7 – 10
NANOCYL® - mehrwandige Kohlenstoffnanoröhrchen ....................................................................................... 11
SILOX - Zinkoxide .......................................................................................................................................................12 – 13
ARKEMA - LUPEROX - organische Peroxide ......................................................................................................14 – 15
DuPont - VAMAC - Ethylen-Acrylat - Kautschuk .....................................................................................................16
ARLANXEO - KELTAN - EPDM .........................................................................................................................................17
EVONIK - Ultrasil®, Coupsil®, Si® - Kieselsäuren + Silane ................................................................................18 – 19
SARTOMER - Acrylat- und Methacrylat Monomere - Coagenzien zur perox. Vernetzung ............. 20 – 21
CRAY VALLEY - Hydrocarbon Specialty Chemicals ........................................................................................22 –25
DOW - Gummi - Metall - Haftmittel ................................................................................................................... 26 – 29
CHEMOURS - Fluorchemikalien ........................................................................................................................... 30 – 33
Emery Oleochemicals - synthetische Weichmacher .................................................................................... 34 – 35
SI Group - Vernetzer-, Klebrigmacher & Verstärkerharze ........................................................................... 36 – 42
ORION Engineered Carbons ................................................................................................................................. 43 – 45
ADDIVANT - Alterungsschutzmittel ................................................................................................................... 46 – 47
TSE Industries Inc. - walzbares Polyurethan .................................................................................................... 48 – 49
KEMI - Trennmittel für die Gummiindustrie .................................................................................................... 50 – 51
Safic-Alcan ................................................................................................................................................................... 52 – 66
Inhaltsverzeichnis
Safic-Alcan Deutschland GmbH, Bad Kreuznach Das Unternehmen wurde im Jahre 1972 von J.E. Göbel und W. Pfrengle mit dem Ziel gegründet, ein zuver-lässiger und potenter Lieferant für die kautschukverarbeitende Industrie zu sein. Ende 1998 übernahm Safic-Alcan S.A., Paris die Firma Göbel + Pfrengle GmbH. Aufbauend auf einer soliden Geschäftsführung der vergangenen Jahre ist das Ziel der Safic-Alcan Deutsch-land GmbH, mit einer stetig erweiterten Produktpalette auf dem deutschen Markt zu expandieren. So be-liefern wir heute neben dem Geschäftsfeld Kautschukindustrie ebenfalls die Bereiche Kleben und Dichten, Lacke und Farben, Polyurethan-Industrie, Life Science (Kosmetik & Pharma) mit unseren Rohstoffen.
Unsere „Produktpalette Life Science“ umfasst die folgenden Bereiche: • Rohstoffe für die Körperpflege- und Kosmetikindustrie • Rohstoffe für Nahrungsergänzung, Health + Fitness sowie Spezialitäten • pharmazeutische Hilfs- und Wirkstoffe für den Human- und Veterinärbereich • Zwischenprodukte für die chemische Synthese Wir stehen für Umweltschutz, Wachstum und Gewinn, um unserem Unternehmen und den Mitarbeitern, aber auch unseren Kunden, die erforderliche Sicherheit und Kontinuität in wirtschaftlicher Verantwortung und Zuverlässigkeit zu geben.
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Das Unternehmen wurde im Jahre 1972 von J.E. Göbel und W. Pfrengle mit dem Ziel gegründet, ein zuver-lässiger und potenter Lieferant für die kautschukverarbeitende Industrie zu sein.
Ende 1998 übernahm Safic-Alcan S.A., Paris die Firma Göbel + Pfrengle GmbH. Aufbauend auf einer soliden Geschäftsführung der vergangenen Jahre ist das Ziel der Safic-Alcan Deutschland GmbH, mit einer stetig erweiterten Produktpalette auf dem deutschen Markt zu expandie-ren. So beliefern wir heute neben dem Geschäftsfeld Kautschukindustrie ebenfalls die Bereiche Kleben und Dichten, Lacke und Farben, Polyurethan-Industrie, Kunststoffe (Compounds & Additive), Life Science (Kosmetik & Pharma) mit unseren Rohstoffen.
Safic-Alcan Deutschland GmbH, Bad Kreuznach
Unser Qualitätsmanagement und Engagement in REACH & HSE Bei SAFIC ALCAN stehen die Bedürfnisse unserer Kunden und Lieferanten im Vordergrund. Gemeinsam finden wir für jede individuelle Herausforderung die passende Lösung in bester Qualität.
Denn im Interesse unserer Geschäftspartner liegt uns nichts so sehr am Herzen wie Qualität – diese garantiert nachhaltig die Zufriedenheit aller Beteiligten. Deswegen sind wir bereits seit 1997 nach dem Qualitätsmanagementsystem DIN EN ISO 9001 zertifiziert. Wir leben deren Inhalte aktiv und erneuern die Zertifizierung fortlaufend (*). Hiermit bringen wir zum Ausdruck, dass wir uns stets gerne an unseren hohen Ansprüchen an Produktqualität, Service, Flexibilität und Logistik messen lassen. Dasselbe Qualitätsbewusstsein dürfen Sie natürlich auch von unseren dienstleistenden Geschäftspartnern, welche auch alle gemäß DIN EN ISO 9001 zertifiziert sind, erwarten.
Qualität schließt in der heutigen Zeit auch selbstverständlich ein starkes Bewusstsein für Nachhaltigkeit und Verantwortung gegenüber der Umwelt ein. Nicht erst mit dem Inkrafttreten der REACH-Verordnung 1907/2006 am 1. Juni 2007 begannen wir uns als Distributor diesen Aufgaben zu stellen. Nachfolgend sollen nur einige Maßnahmen genannt werden, die wir hierfür durchführen: Die Safic Alcan-Gruppe berät in enger gemeinsamer Abstimmung in internationalen REACH- und CLP-Task Forces über die gemeinsame Umsetzung bei gesetzlichen Änderungen.
• Alle Produkte, die wir als Handelspartner vertreiben sind gemäß REACH-Verordnung vorregistriert. Unsere Kunden dürfen darauf vertrauen, dass wir ihnen auch nach Ablauf der letzten Registrierungsfrist 2018 ein umfassendes und breites Produktprogramm anbieten können. Unsere Produktübersicht der bereits heute schon Reach voll-registrierten Produkte erhalten Sie gerne auf Anfrage.• Wir prüfen und erstellen Sicherheitsdatenblätter und Produktetikettierungen gemäß den geltenden gesetzlichen Vorgaben.• Unsere langjährigen aber auch neue Lieferantenpartner schätzen unsere Sorgfalt bei der Erfüllung der geltenden chemikalienrechtlichen und transportrechtlichen Vorgaben. • Sehr gerne geben wir unseren Kunden Auskunft zu allen weltweit relevanten Fragestellungen rund um HSE.
* aktueller Stand: 9001:2008 vom 01.03.2016
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Unser Qualitätsmanagement und Engagement in REACH & HSE Bei SAFIC ALCAN stehen die Bedürfnisse unserer Kunden und Lieferanten im Vordergrund. Gemeinsam finden wir für jede individuelle Herausforderung die passende Lösung in bester Qualität.
Denn im Interesse unserer Geschäftspartner liegt uns nichts so sehr am Herzen wie Qualität – diese garantiert nachhaltig die Zufriedenheit aller Beteiligten. Deswegen sind wir bereits seit 1997 nach dem Qualitätsmanagementsystem DIN EN ISO 9001 zertifiziert. Wir leben deren Inhalte aktiv und erneuern die Zertifizierung fortlaufend (*). Hiermit bringen wir zum Ausdruck, dass wir uns stets gerne an unseren hohen Ansprüchen an Produktqualität, Service, Flexibilität und Logistik messen lassen. Dasselbe Qualitätsbewusstsein dürfen Sie natürlich auch von unseren dienstleistenden Geschäftspartnern, welche auch alle gemäß DIN EN ISO 9001 zertifiziert sind, erwarten.
Qualität schließt in der heutigen Zeit auch selbstverständlich ein starkes Bewusstsein für Nachhaltigkeit und Verantwortung gegenüber der Umwelt ein. Nicht erst mit dem Inkrafttreten der REACH-Verordnung 1907/2006 am 1. Juni 2007 begannen wir uns als Distributor diesen Aufgaben zu stellen. Nachfolgend sollen nur einige Maßnahmen genannt werden, die wir hierfür durchführen: Die Safic Alcan-Gruppe berät in enger gemeinsamer Abstimmung in internationalen REACH- und CLP-Task Forces über die gemeinsame Umsetzung bei gesetzlichen Änderungen.
• Alle Produkte, die wir als Handelspartner vertreiben sind gemäß REACH-Verordnung vorregistriert. Unsere Kunden dürfen darauf vertrauen, dass wir ihnen auch nach Ablauf der letzten Registrierungsfrist 2018 ein umfassendes und breites Produktprogramm anbieten können. Unsere Produktübersicht der bereits heute schon Reach voll-registrierten Produkte erhalten Sie gerne auf Anfrage.• Wir prüfen und erstellen Sicherheitsdatenblätter und Produktetikettierungen gemäß den geltenden gesetzlichen Vorgaben.• Unsere langjährigen aber auch neue Lieferantenpartner schätzen unsere Sorgfalt bei der Erfüllung der geltenden chemikalienrechtlichen und transportrechtlichen Vorgaben. • Sehr gerne geben wir unseren Kunden Auskunft zu allen weltweit relevanten Fragestellungen rund um HSE.
* aktueller Stand: 9001:2008 vom 01.03.2016
Als 100%ige Tochtergesellschaft der ARKEMA Gruppe entwickelt und produziert MLPC International seit fast 60 Jahren Gummichemikalien, Agrochemikalien, Pharma-Intermediates, Chemikalien für Klebstoff und Lack Formu-lierungen u.v.a. basierend auf CS , CNCI und S CI Chemie.
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
S 80 GA F500 u SULFUR P (N) Yellow 7704-34-9S 80 BA F500 (*) v SULFUR P (N) Yellow 7704-34-9S M300 80 GA F140 u SULFUR P (N) Yellow 7704-34-9S M300 75 BA F140 v SULFUR P (N) Yellow 7704-34-9ZnO 80 GA F140 v ZINC OXIDE P (N) White to yellowish 1314-13-2
(*) Available on request (N) for Natural(P) for Pigment
PACKAGING u 20 kg net PE bags, 640 kg net CP3 pallets (1140x1140)v 25 kg net cardboard box, 600 kg net CP3 pallets (1140x1140)
Cost saving allowed by a higher chemical efficiency:P Scrap rates reduction thanks to the high level of filtrationP Faster dispersionP Ease of handlingP Better chemical stabilityP High quality consistencyP Wider elastomers compatibility
EXTRA BENEFITS
DEFINITION OF THE PRODUCT CODIFICATION:
(**) EPDM / EVA binder
ANTIOXYDANT / ANTIOZONANT
VULCANIZING AGENT
Issue 55 - July 2017 7
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
CBS 80 GA F140 u N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0CBS 75 BA F140 v N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5
OTOS 75 GA F200 uN-OXYDIETHYLENETHIOCARBAMYL-N’-OXYDIETHYLENESULFENAMIDE (N) White to greyish 13752-51-7
TBBS 75 GA F200 u (N-TERT-BUTYL-2-BENZOTHIAZOLE SULFENAMIDE) P (N) Beige 95-31-8
DOTG 75 GA F140 v DIORTHOTOLYL GUANIDINE P (P) Dark grey 97-39-2DPG 80 GA F140 v DIPHENYL GUANIDINE P (P) Mauve 102-06-7DPTT 75 GA F140 u DIPENTAMETHYLENE THIURAM HEXASULFIDE (N) Beige 971-15-3MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 70 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TDEC 75 GA F140 (*) u TELLURIUM DIETHYL DITHIOCARBAMATE (N) Orange 20941-65-5TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8TMTM 80 GA F500 u TETRAMETHYL THIURAM MONOSULFIDE (N) Yellow 97-74-5ZBEC 70 GA F100 u ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZBEC 75 BA F140 v ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZDBC 80 GA F140 u ZINC DIBUTYL DITHIOCARBAMATE (N) White to greyish 136-23-2ZDBC 80 BA F140 v ZINC DIBUTYL DITHIOCARBAMATE (P) Light blue 136-23-2ZDEC 75 GA F140 u ZINC DIETHYL DITHIOCARBAMATE (N) White to greyish 14324-55-1ZDMC 75 GE F500 (*)(**) v ZINC DIMETHYL DITHIOCARBAMATE (N) White to beige 137-30-4ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
CTPI 80 GA F500 (*) u N-CYCLOHEXYLTHIO PHTALIMIDE P (N) Off white 17796-82-6
PBS-R 80 GA F500 uN-PHENYL-N (TRICHLOROMETHYLSULFENYL)-BENZENESULFONAMIDE P (P) Pale pink 2280-49-1
DTDM 80 GA F200 u DITHIODIMORPHOLINE (N) White to beige 103-34-4ETU 80 GA F140 u ETHYLENE THIOUREA P (N) White 96-45-7ETU 80 GA F500 u ETHYLENE THIOUREA P (N) White 96-45-7SD 75 GA F250 u BIS DIMERCAPTOTHIADIAZOLE P (N) Yellow 72676-55-2TBP 75 GA F100 u POLY-TERT-BUTYLPHENOLDISULFIDE P (N) Beige 60303-68-6TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
HMT 80 GA F500 u HEXAMETHYLENE-TETRAMINE P (N) White 100-97-0
MMBI 70 GA F200 u (4 / 5)-METHYL-2-MERCAPTOBENZIMIDAZOLE P (N) Beige 53988-10-6NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
PRIMARY ACCELERATOR
SECONDARY ACCELERATOR
RETARDER
SULFUR DONOR
METHYL DONOR
ANTIOXYDANT
Issue 55 - July 2017
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A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
CBS 80 GA F140 u N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0CBS 75 BA F140 v N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5
OTOS 75 GA F200 uN-OXYDIETHYLENETHIOCARBAMYL-N’-OXYDIETHYLENESULFENAMIDE (N) White to greyish 13752-51-7
TBBS 75 GA F200 u (N-TERT-BUTYL-2-BENZOTHIAZOLE SULFENAMIDE) P (N) Beige 95-31-8
DOTG 75 GA F140 v DIORTHOTOLYL GUANIDINE P (P) Dark grey 97-39-2DPG 80 GA F140 v DIPHENYL GUANIDINE P (P) Mauve 102-06-7DPTT 75 GA F140 u DIPENTAMETHYLENE THIURAM HEXASULFIDE (N) Beige 971-15-3MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 70 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TDEC 75 GA F140 (*) u TELLURIUM DIETHYL DITHIOCARBAMATE (N) Orange 20941-65-5TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8TMTM 80 GA F500 u TETRAMETHYL THIURAM MONOSULFIDE (N) Yellow 97-74-5ZBEC 70 GA F100 u ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZBEC 75 BA F140 v ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZDBC 80 GA F140 u ZINC DIBUTYL DITHIOCARBAMATE (N) White to greyish 136-23-2ZDBC 80 BA F140 v ZINC DIBUTYL DITHIOCARBAMATE (P) Light blue 136-23-2ZDEC 75 GA F140 u ZINC DIETHYL DITHIOCARBAMATE (N) White to greyish 14324-55-1ZDMC 75 GE F500 (*)(**) v ZINC DIMETHYL DITHIOCARBAMATE (N) White to beige 137-30-4ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
CTPI 80 GA F500 (*) u N-CYCLOHEXYLTHIO PHTALIMIDE P (N) Off white 17796-82-6
PBS-R 80 GA F500 uN-PHENYL-N (TRICHLOROMETHYLSULFENYL)-BENZENESULFONAMIDE P (P) Pale pink 2280-49-1
DTDM 80 GA F200 u DITHIODIMORPHOLINE (N) White to beige 103-34-4ETU 80 GA F140 u ETHYLENE THIOUREA P (N) White 96-45-7ETU 80 GA F500 u ETHYLENE THIOUREA P (N) White 96-45-7SD 75 GA F250 u BIS DIMERCAPTOTHIADIAZOLE P (N) Yellow 72676-55-2TBP 75 GA F100 u POLY-TERT-BUTYLPHENOLDISULFIDE P (N) Beige 60303-68-6TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
HMT 80 GA F500 u HEXAMETHYLENE-TETRAMINE P (N) White 100-97-0
MMBI 70 GA F200 u (4 / 5)-METHYL-2-MERCAPTOBENZIMIDAZOLE P (N) Beige 53988-10-6NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
PRIMARY ACCELERATOR
SECONDARY ACCELERATOR
RETARDER
SULFUR DONOR
METHYL DONOR
ANTIOXYDANT
Issue 55 - July 2017
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
CBS 80 GA F140 u N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0CBS 75 BA F140 v N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5
OTOS 75 GA F200 uN-OXYDIETHYLENETHIOCARBAMYL-N’-OXYDIETHYLENESULFENAMIDE (N) White to greyish 13752-51-7
TBBS 75 GA F200 u (N-TERT-BUTYL-2-BENZOTHIAZOLE SULFENAMIDE) P (N) Beige 95-31-8
DOTG 75 GA F140 v DIORTHOTOLYL GUANIDINE P (P) Dark grey 97-39-2DPG 80 GA F140 v DIPHENYL GUANIDINE P (P) Mauve 102-06-7DPTT 75 GA F140 u DIPENTAMETHYLENE THIURAM HEXASULFIDE (N) Beige 971-15-3MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 70 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TDEC 75 GA F140 (*) u TELLURIUM DIETHYL DITHIOCARBAMATE (N) Orange 20941-65-5TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8TMTM 80 GA F500 u TETRAMETHYL THIURAM MONOSULFIDE (N) Yellow 97-74-5ZBEC 70 GA F100 u ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZBEC 75 BA F140 v ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZDBC 80 GA F140 u ZINC DIBUTYL DITHIOCARBAMATE (N) White to greyish 136-23-2ZDBC 80 BA F140 v ZINC DIBUTYL DITHIOCARBAMATE (P) Light blue 136-23-2ZDEC 75 GA F140 u ZINC DIETHYL DITHIOCARBAMATE (N) White to greyish 14324-55-1ZDMC 75 GE F500 (*)(**) v ZINC DIMETHYL DITHIOCARBAMATE (N) White to beige 137-30-4ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
CTPI 80 GA F500 (*) u N-CYCLOHEXYLTHIO PHTALIMIDE P (N) Off white 17796-82-6
PBS-R 80 GA F500 uN-PHENYL-N (TRICHLOROMETHYLSULFENYL)-BENZENESULFONAMIDE P (P) Pale pink 2280-49-1
DTDM 80 GA F200 u DITHIODIMORPHOLINE (N) White to beige 103-34-4ETU 80 GA F140 u ETHYLENE THIOUREA P (N) White 96-45-7ETU 80 GA F500 u ETHYLENE THIOUREA P (N) White 96-45-7SD 75 GA F250 u BIS DIMERCAPTOTHIADIAZOLE P (N) Yellow 72676-55-2TBP 75 GA F100 u POLY-TERT-BUTYLPHENOLDISULFIDE P (N) Beige 60303-68-6TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
HMT 80 GA F500 u HEXAMETHYLENE-TETRAMINE P (N) White 100-97-0
MMBI 70 GA F200 u (4 / 5)-METHYL-2-MERCAPTOBENZIMIDAZOLE P (N) Beige 53988-10-6NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
PRIMARY ACCELERATOR
SECONDARY ACCELERATOR
RETARDER
SULFUR DONOR
METHYL DONOR
ANTIOXYDANT
Issue 55 - July 2017
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
CBS 80 GA F140 u N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0CBS 75 BA F140 v N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5
OTOS 75 GA F200 uN-OXYDIETHYLENETHIOCARBAMYL-N’-OXYDIETHYLENESULFENAMIDE (N) White to greyish 13752-51-7
TBBS 75 GA F200 u (N-TERT-BUTYL-2-BENZOTHIAZOLE SULFENAMIDE) P (N) Beige 95-31-8
DOTG 75 GA F140 v DIORTHOTOLYL GUANIDINE P (P) Dark grey 97-39-2DPG 80 GA F140 v DIPHENYL GUANIDINE P (P) Mauve 102-06-7DPTT 75 GA F140 u DIPENTAMETHYLENE THIURAM HEXASULFIDE (N) Beige 971-15-3MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 70 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TDEC 75 GA F140 (*) u TELLURIUM DIETHYL DITHIOCARBAMATE (N) Orange 20941-65-5TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8TMTM 80 GA F500 u TETRAMETHYL THIURAM MONOSULFIDE (N) Yellow 97-74-5ZBEC 70 GA F100 u ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZBEC 75 BA F140 v ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZDBC 80 GA F140 u ZINC DIBUTYL DITHIOCARBAMATE (N) White to greyish 136-23-2ZDBC 80 BA F140 v ZINC DIBUTYL DITHIOCARBAMATE (P) Light blue 136-23-2ZDEC 75 GA F140 u ZINC DIETHYL DITHIOCARBAMATE (N) White to greyish 14324-55-1ZDMC 75 GE F500 (*)(**) v ZINC DIMETHYL DITHIOCARBAMATE (N) White to beige 137-30-4ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
CTPI 80 GA F500 (*) u N-CYCLOHEXYLTHIO PHTALIMIDE P (N) Off white 17796-82-6
PBS-R 80 GA F500 uN-PHENYL-N (TRICHLOROMETHYLSULFENYL)-BENZENESULFONAMIDE P (P) Pale pink 2280-49-1
DTDM 80 GA F200 u DITHIODIMORPHOLINE (N) White to beige 103-34-4ETU 80 GA F140 u ETHYLENE THIOUREA P (N) White 96-45-7ETU 80 GA F500 u ETHYLENE THIOUREA P (N) White 96-45-7SD 75 GA F250 u BIS DIMERCAPTOTHIADIAZOLE P (N) Yellow 72676-55-2TBP 75 GA F100 u POLY-TERT-BUTYLPHENOLDISULFIDE P (N) Beige 60303-68-6TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
HMT 80 GA F500 u HEXAMETHYLENE-TETRAMINE P (N) White 100-97-0
MMBI 70 GA F200 u (4 / 5)-METHYL-2-MERCAPTOBENZIMIDAZOLE P (N) Beige 53988-10-6NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
PRIMARY ACCELERATOR
SECONDARY ACCELERATOR
RETARDER
SULFUR DONOR
METHYL DONOR
ANTIOXYDANT
Issue 55 - July 2017
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
CBS 80 GA F140 u N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0CBS 75 BA F140 v N-CYCLOHEXYLBENZOTHIAZOLE-2-SULFENAMIDE P (P) Blue 95-33-0MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5
OTOS 75 GA F200 uN-OXYDIETHYLENETHIOCARBAMYL-N’-OXYDIETHYLENESULFENAMIDE (N) White to greyish 13752-51-7
TBBS 75 GA F200 u (N-TERT-BUTYL-2-BENZOTHIAZOLE SULFENAMIDE) P (N) Beige 95-31-8
DOTG 75 GA F140 v DIORTHOTOLYL GUANIDINE P (P) Dark grey 97-39-2DPG 80 GA F140 v DIPHENYL GUANIDINE P (P) Mauve 102-06-7DPTT 75 GA F140 u DIPENTAMETHYLENE THIURAM HEXASULFIDE (N) Beige 971-15-3MBT 80 GA F140 u 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBT 75 BA F140 v 2-MERCAPTOBENZOTHIAZOLE P (P) Light brown 149-30-4MBTS 70 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 GA F140 u MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5MBTS 75 BA F140 v MERCAPTOBENZOTHIAZOLE DISULFIDE P (P) Light green 120-78-5TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TDEC 75 GA F140 (*) u TELLURIUM DIETHYL DITHIOCARBAMATE (N) Orange 20941-65-5TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8TMTM 80 GA F500 u TETRAMETHYL THIURAM MONOSULFIDE (N) Yellow 97-74-5ZBEC 70 GA F100 u ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZBEC 75 BA F140 v ZINC DIBENZYL DITHIOCARBAMATE P (N) White to greyish 14726-36-4ZDBC 80 GA F140 u ZINC DIBUTYL DITHIOCARBAMATE (N) White to greyish 136-23-2ZDBC 80 BA F140 v ZINC DIBUTYL DITHIOCARBAMATE (P) Light blue 136-23-2ZDEC 75 GA F140 u ZINC DIETHYL DITHIOCARBAMATE (N) White to greyish 14324-55-1ZDMC 75 GE F500 (*)(**) v ZINC DIMETHYL DITHIOCARBAMATE (N) White to beige 137-30-4ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
CTPI 80 GA F500 (*) u N-CYCLOHEXYLTHIO PHTALIMIDE P (N) Off white 17796-82-6
PBS-R 80 GA F500 uN-PHENYL-N (TRICHLOROMETHYLSULFENYL)-BENZENESULFONAMIDE P (P) Pale pink 2280-49-1
DTDM 80 GA F200 u DITHIODIMORPHOLINE (N) White to beige 103-34-4ETU 80 GA F140 u ETHYLENE THIOUREA P (N) White 96-45-7ETU 80 GA F500 u ETHYLENE THIOUREA P (N) White 96-45-7SD 75 GA F250 u BIS DIMERCAPTOTHIADIAZOLE P (N) Yellow 72676-55-2TBP 75 GA F100 u POLY-TERT-BUTYLPHENOLDISULFIDE P (N) Beige 60303-68-6TBzTD 70 GA F140 u TETRABENZYL THIURAM DISULFIDE P (N) Beige 10591-85-2TMTD 80 GA F140 u TETRAMETHYL THIURAM MONOSULFIDE (P) Light orange 137-26-8ZDTP 50 GA F500 u ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -ZDTP 50 BA F500 v ZINC ALKYL DITHIOPHOSPHATE P (N) White grey -
HMT 80 GA F500 u HEXAMETHYLENE-TETRAMINE P (N) White 100-97-0
MMBI 70 GA F200 u (4 / 5)-METHYL-2-MERCAPTOBENZIMIDAZOLE P (N) Beige 53988-10-6NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
PRIMARY ACCELERATOR
SECONDARY ACCELERATOR
RETARDER
SULFUR DONOR
METHYL DONOR
ANTIOXYDANT
Issue 55 - July 2017
9
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
S 80 GA F500 u SULFUR P (N) Yellow 7704-34-9S 80 BA F500 (*) v SULFUR P (N) Yellow 7704-34-9S M300 80 GA F140 u SULFUR P (N) Yellow 7704-34-9S M300 75 BA F140 v SULFUR P (N) Yellow 7704-34-9ZnO 80 GA F140 v ZINC OXIDE P (N) White to yellowish 1314-13-2
(*) Available on request (N) for Natural(P) for Pigment
PACKAGING u 20 kg net PE bags, 640 kg net CP3 pallets (1140x1140)v 25 kg net cardboard box, 600 kg net CP3 pallets (1140x1140)
Cost saving allowed by a higher chemical efficiency:P Scrap rates reduction thanks to the high level of filtrationP Faster dispersionP Ease of handlingP Better chemical stabilityP High quality consistencyP Wider elastomers compatibility
EXTRA BENEFITS
DEFINITION OF THE PRODUCT CODIFICATION:
(**) EPDM / EVA binder
ANTIOXYDANT / ANTIOZONANT
VULCANIZING AGENT
Issue 55 - July 2017
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
S 80 GA F500 u SULFUR P (N) Yellow 7704-34-9S 80 BA F500 (*) v SULFUR P (N) Yellow 7704-34-9S M300 80 GA F140 u SULFUR P (N) Yellow 7704-34-9S M300 75 BA F140 v SULFUR P (N) Yellow 7704-34-9ZnO 80 GA F140 v ZINC OXIDE P (N) White to yellowish 1314-13-2
(*) Available on request (N) for Natural(P) for Pigment
PACKAGING u 20 kg net PE bags, 640 kg net CP3 pallets (1140x1140)v 25 kg net cardboard box, 600 kg net CP3 pallets (1140x1140)
Cost saving allowed by a higher chemical efficiency:P Scrap rates reduction thanks to the high level of filtrationP Faster dispersionP Ease of handlingP Better chemical stabilityP High quality consistencyP Wider elastomers compatibility
EXTRA BENEFITS
DEFINITION OF THE PRODUCT CODIFICATION:
(**) EPDM / EVA binder
ANTIOXYDANT / ANTIOZONANT
VULCANIZING AGENT
Issue 55 - July 2017
A technology patented by Arkema/MLPC
POLYMER-BOUND COLOUR CAS
PELLETS & SLABSPOLYMER-BOUND MASTERBATCHES
CHEMICAL NAMES
NDBC 75 GA F200 (*) u NICKEL DIBUTYL DITHIOCARBAMATE (N) Dark green 13927-77-0
S 80 GA F500 u SULFUR P (N) Yellow 7704-34-9S 80 BA F500 (*) v SULFUR P (N) Yellow 7704-34-9S M300 80 GA F140 u SULFUR P (N) Yellow 7704-34-9S M300 75 BA F140 v SULFUR P (N) Yellow 7704-34-9ZnO 80 GA F140 v ZINC OXIDE P (N) White to yellowish 1314-13-2
(*) Available on request (N) for Natural(P) for Pigment
PACKAGING u 20 kg net PE bags, 640 kg net CP3 pallets (1140x1140)v 25 kg net cardboard box, 600 kg net CP3 pallets (1140x1140)
Cost saving allowed by a higher chemical efficiency:P Scrap rates reduction thanks to the high level of filtrationP Faster dispersionP Ease of handlingP Better chemical stabilityP High quality consistencyP Wider elastomers compatibility
EXTRA BENEFITS
DEFINITION OF THE PRODUCT CODIFICATION:
(**) EPDM / EVA binder
ANTIOXYDANT / ANTIOZONANT
VULCANIZING AGENT
Issue 55 - July 2017
Nanocyl S.A. produziert am Standort Sambreville, Belgien mehrwandige Kohlenstoffnanoröhrchen u.a. für den Einsatz in Elastomeren. Für diese Anwendung stehen sowohl Produkte wie NC7000™ (MWCNT-Pulver) als auch vordispergierte Produkte mit 20% MWCNT-Gehalt auf unterschiedlichen Elastomerträgern zur Verfügung.
Mit dem Einsatz von MWCNTs lässt sich das mechanisch-physiklische Eigenschaftsprofil von Kautschukvulkanisaten bei gleichzeitiger, deutlicher Reduzierung des Rußgehaltes hinsichtlich vieler Parameter wie elektrische Leitfähigkeit, Wärmeleitfähigkeit, Abriebeigenschaften, Festigkeit, Quellverhalten etc. optimieren.
Nachstehend eine Übersicht über die für Elastomeranwendungen zur Verfügung stehenden Produkte:
MWCNT-Pulver hergestellt nach CCVD-Verfahren / 90% Reinheit / Durchmesser: 9,5nm / Länge: 4,5µm / BET: 250-300 m2/g
20% NC7000™ Masterbatche auf Vinyl-terminiertem VMQ, FKM, NBR, IR und EPDM.
ELASTOCYL™ HTV1001
ELASTOCYL™ X1-FKM MB
ELASTOCYL™ X1-NBR MB
ELASTOCYL™ X1-EPDM MB
ELASTOCYL™ X1-IR MB
10
CHEMICAL NAME UNITkg
PALLETkg COLOUR CAS EINECS
TDEC PD (*) TELLURIUM DIETHYL DITHIOCARBAMATE 20 500 Orange 20941-65-5 244-121-9ZBEC C/PD ZINC DIBENZYL DITHIOCARBAMATE P 15 300 White 14726-36-4 238-778-0ZDBC C/PD (*) ZINC DIBUTYL DITHIOCARBAMATE 20 500 White 136-23-2 205-232-8ZDEC C/PD ZINC DIETHYL DITHIOCARBAMATE 20 500 White 14324-55-1 238-270-9
DPTT C/PD DIPENTAMETHYLENE THIURAM HEXASULFIDE 20 500 Beige 971-15-3 213-537-2TBzTD C/PD TETRABENZYL THIURAM DISULFIDE P 20 500 Beige 10591-85-2 404-310-0TMTM C TETRAMETHYL THIURAM MONOSULFIDE 20 500 Yellow 97-74-5 202-605-7
DOTG C DIORTHOTOLYL GUANIDINE P 20 400 White to pink 97-39-2 202-577-6DPG C/GC/PD DIPHENYL GUANIDINE P 20 500 White to pink 102-06-7 203-002-1
DATU LI (*) BLEND OF DIALKYL THIOUREAS P 200 800 Pale yellow 930-28-57 296-749-8DBTU CRA DIBUTYL THIOUREA P 20 500 White 109-46-6 203-647-6DETU CR DIETHYL THIOUREA P 20 500 White 105-55-5 203-308-5DPTU PD DIPHENYL THIOUREA P 20 400 White 102-08-9 203-004-2ETU C ETHYLENE THIOUREA P 20 500 White 96-45-7 202-506-9
MMBI PD (*) (4 / 5)-METHYL-2-MERCAPTOBENZIMIDAZOLE P 20 500 Beige 53988-10-6 258-904-8
BQD 30 DS (*) PARABENZOQUINONE-DIOXIME P 20 500 Grey to Ochre 105-11-3 203-271-5BQD HU (*) PARABENZOQUINONE-DIOXIME P 65 325 Grey to Ochre 105-11-3 203-271-5DTDM C/PD DITHIODIMORPHOLINE 20 500 Off white 103-34-4 203-103-0NITROSO HU (*) N-NITROSODIPHENYLAMINE 25 400 Brown 86-30-6 201-663-0PPDN 30 DX POLY-PARADINITROSOBENZENE P 50/175 400/700 Brown 9003-34-3 203-272-0PPDN 30 NDX POLY-PARADINITROSOBENZENE P 50/175 400/700 Brown 9003-34-3 203-272-0PPDN 35 HU POLY-PARADINITROSOBENZENE P 100 400 Brown 9003-34-3 203-272-0SD C BIS DIMERCAPTOTHIADIAZOLE P 20 500 Yellow 72676-55-2 276-763-0(*) Available on request
PD : non coated powder C : oil coated powder GR : granules GC : oil coated granules CR : crystals CRA : crystals with anti-caking agent DS : dispersion in the quartz-kaolinite DX : dispersion in the xylene HU : humid LI : liquid
CHEMICAL NAME UNITkg
PALLETkg COLOUR CAS EINECS
VULTAC 3 POLY-TERT-AMYLPHENOLDISULFIDE P 25/900 450/900Reddish-brown to
dark brown pastilles
68555-98-6 Conforms
VULTAC 5 MIXTURE OF POLY-TERT-AMYLPHENOLDISULFIDE AND SILICA GEL P 15 405 Beige free flowing
powder 68555-98-9 Conforms
VULTAC 710 MIXTURE OF PARA TERTIOAMYLPHENOL DISULFIDE AND STEARIC ACID P 25 450 Brown greyish
pastilles 68555-98-9 Conforms
VULTAC TB7 POLY-TERT-BUTYLPHENOLDISULFIDE P 25/900 450/900 Yellow to light brown pastilles 60303-68-6 Conforms
VULTAC TB710 MIXTURE OF POLY-TERT-BUTYLPHENOLDISULFIDE AND STEARIC ACID P 25 450
Beige-brown to dark brown
pastilles60303-68-6 Conforms
For other thioureas, please contact us
EKALANDTM & VULTAC® RANGE FORRUBBER APPLICATION
DITHIOCARBAMATES
THIURAMS
GUANIDINES
THIOUREAS
ANTIOXIDANTS
MISCELLANEOUS
Issue 46 - July 2017
Nanocyl S.A. produziert am Standort Sambreville, Belgien mehrwandige Kohlenstoffnanoröhrchen u.a. für den Einsatz in Elastomeren. Für diese Anwendung stehen sowohl Produkte wie NC7000™ (MWCNT-Pulver) als auch vordispergierte Produkte mit 20% MWCNT-Gehalt auf unterschiedlichen Elastomerträgern zur Verfügung.
Mit dem Einsatz von MWCNTs lässt sich das mechanisch-physiklische Eigenschaftsprofil von Kautschukvulkanisaten bei gleichzeitiger, deutlicher Reduzierung des Rußgehaltes hinsichtlich vieler Parameter wie elektrische Leitfähigkeit, Wärmeleitfähigkeit, Abriebeigenschaften, Festigkeit, Quellverhalten etc. optimieren.
Nachstehend eine Übersicht über die für Elastomeranwendungen zur Verfügung stehenden Produkte:
MWCNT-Pulver hergestellt nach CCVD-Verfahren / 90% Reinheit / Durchmesser: 9,5nm / Länge: 4,5µm / BET: 250-300 m2/g
20% NC7000™ Masterbatche auf Vinyl-terminiertem VMQ, FKM, NBR, IR und EPDM.
ELASTOCYL™ HTV1001
ELASTOCYL™ X1-FKM MB
ELASTOCYL™ X1-NBR MB
ELASTOCYL™ X1-EPDM MB
ELASTOCYL™ X1-IR MB
11
Technische InformationZinkoxide von Silox S.A. Die SILOX Zinkoxide werden von der Silox S.A., B-4480 in Engis/ Belgien, nach einemteilweise neuartigen, patentierten Verfahren, aus über chemische Fällung gewonnenem,hochreinen Zinkhydroxid hergestellt.
Durch eine gezielte Steuerung von Brenntemperatur und Brenndauer lassen sich ZnO Qualitätenmit unterschiedlicher Aktivität herstellen. Maßstab hierfür ist die spezifische(BET-)Oberfläche, welche von min. 5 m2/g bis über 40 m2/g eingestellt werden kann.
Wenn man bedenkt, dass viele auf dem Markt befindlichen ZnO-Qualitäten Oberflächen vonnur ca. 2 - 4 m2/g besitzen, dann ist leicht ersichtlich, dass die in der Gummiindustrie ammeisten verwendete Qualität SILOX 2 C mit einer Oberfläche von 5 - 8 m2/g bereits eineBesonderheit darstellt und bezüglich Aktivität diesen Qualitäten deutlich überlegen ist.
Die große Oberfläche der SILOX-Zinkoxide ist aber nicht das einzige Merkmal, wodurch sichdie Produkte von ihren Wettbewerbern unterscheiden. Ebenso wichtig ist die Tatsache, dassSILOX aus kugelförmigen Teilchen besteht, im Gegensatz zu vielen anderenZinkoxiden, die mehr oder weniger hohe Anteile von nadelförmigen Kristallen besitzen,wodurch bei dynamisch beanspruchten Teilen Rissbildung ausgelöst werden kann.
Hieraus ergeben sich folgende Vorteile für den Einsatz von SILOX in Gummimischungen:
• außergewöhnlich gutes Fließverhalten• sehr schnelle und gute Verteilung in den Mischungen• problemlose Silierung und pneumatische Förderung über weite Strecken• Granulierung und Oberflächenbehandlung nicht erforderlich
Nicht zuletzt nehmen die SILOX Zinkoxide auch eine Sonderstellung hinsichtlich der äußerstgeringen Gehalte an Blei und Cadmium ein. Die diesbezüglichen Forderungen der Abnehmervon Gummiartikeln sind in den letzten Jahren deutlich schärfer geworden und dürften auchweiterhin ein wesentliches Merkmal von Spezifikationen sein.
12
Technische InformationZinkoxide von Silox S.A. Die SILOX Zinkoxide werden von der Silox S.A., B-4480 in Engis/ Belgien, nach einemteilweise neuartigen, patentierten Verfahren, aus über chemische Fällung gewonnenem,hochreinen Zinkhydroxid hergestellt.
Durch eine gezielte Steuerung von Brenntemperatur und Brenndauer lassen sich ZnO Qualitätenmit unterschiedlicher Aktivität herstellen. Maßstab hierfür ist die spezifische(BET-)Oberfläche, welche von min. 5 m2/g bis über 40 m2/g eingestellt werden kann.
Wenn man bedenkt, dass viele auf dem Markt befindlichen ZnO-Qualitäten Oberflächen vonnur ca. 2 - 4 m2/g besitzen, dann ist leicht ersichtlich, dass die in der Gummiindustrie ammeisten verwendete Qualität SILOX 2 C mit einer Oberfläche von 5 - 8 m2/g bereits eineBesonderheit darstellt und bezüglich Aktivität diesen Qualitäten deutlich überlegen ist.
Die große Oberfläche der SILOX-Zinkoxide ist aber nicht das einzige Merkmal, wodurch sichdie Produkte von ihren Wettbewerbern unterscheiden. Ebenso wichtig ist die Tatsache, dassSILOX aus kugelförmigen Teilchen besteht, im Gegensatz zu vielen anderenZinkoxiden, die mehr oder weniger hohe Anteile von nadelförmigen Kristallen besitzen,wodurch bei dynamisch beanspruchten Teilen Rissbildung ausgelöst werden kann.
Hieraus ergeben sich folgende Vorteile für den Einsatz von SILOX in Gummimischungen:
• außergewöhnlich gutes Fließverhalten• sehr schnelle und gute Verteilung in den Mischungen• problemlose Silierung und pneumatische Förderung über weite Strecken• Granulierung und Oberflächenbehandlung nicht erforderlich
Nicht zuletzt nehmen die SILOX Zinkoxide auch eine Sonderstellung hinsichtlich der äußerstgeringen Gehalte an Blei und Cadmium ein. Die diesbezüglichen Forderungen der Abnehmervon Gummiartikeln sind in den letzten Jahren deutlich schärfer geworden und dürften auchweiterhin ein wesentliches Merkmal von Spezifikationen sein.
ZnO SILOX Typenübersicht
SILOX 2 C Allzwecktype für Gummi- und chemische Industrie BET 5 - 8 m2/g
SILOX HR 10 Zinkoxid mit hoher Aktivität für besondere Anforderungen in der GummiindustrieBET min.10,0 m2/g
SILOX HR 30 Zinkoxid hoher Aktivität, ermöglicht reduzierten Einsatz gegenüber handelsüblichen ZnO-QualitätenBET min. 30 m2/g
SILOX ACTIF Zinkoxid für höchste Ansprüche speziell für Profilherstellung und LebensmittelqualitätBET 40 - 45 m2/g
SILOX ACTIF FF aktives Zinkoxid, frei fließend
• verbessertes Fließverhalten• präziseres Dosieren• staubfrei• verbesserte Dispergierung i.d. Kautschukmatrix• verminderte Formverschmutzung• bessere Alterungsbeständigkeit• verminderte Reversion
ZnO E 80 (SILOX 2 C) polymergebundenes Granulat mit 80 % SILOX 2 C. Absolut staubfrei, schnelle und beste Verteilung
ZnO SILOX ACTIF E 80 polymergebundenes Granulat mit 80 %SILOX ACTIF
13
The Arkema group is one of the main global producers of organic peroxides. Its expertise also extend to glass coatings, additives for PVC, catalysts for synthesis in fine chemicals, polyester resins and specialty epoxides.The Organic peroxides activity, headquartered in King of Prussia (United States), operates facilities throughout the world. Its products, services and technical support are available to customers in Europe, North America, Asia, Africa and the Middle East.
Arkema is building the future of the chemical industry using a responsible, innovation-based approach.
France’s leading chemicals producer, Arkema is aiming to become one of the global leaders in specialty chemicals. With its 14,000 employees and 91 industrial sites in 40 countries, Arkema has a revenue of €6.4 billion.The Arkema group was created in October 2004, following the reorganization of Total’s Chemicals branch. Thanks to innovation, targeted acquisitions and investments in emerging countries, it has become a recognized world player in the field of specialty chemicals.
FAMILY NAME CHEMICAL NAME CHEMICAL FORMULA PRODUCT NAMEPHYSICAL
FORMASSAY (%)
ACTIVE OxYgEN
CARRIER UN SADT
STORAgE TEMPERATURE PACKAgINg
Ts max Ts min
LUPEROX® F
1,3-1,4-bis(tert-butylperoxyisopropyl)benzeneCas N° 25155-25-3Molecular weight: 338.5 gMelting point: 37-54°CActive oxygen: 9.45%
LUPEROX® F Flakes solid flakes 96 min 9.1% - 3106 70°C 30°C - 20 kg bag in carton boxLUPEROX® FreeO solid flakes 96 min 9.1% - 3106 70°C 30°C - 20 kg bag in carton boxLUPEROX® MIX paste 42 3.97% - 3077 90°C 40°C - 25 kg in plastic binLUPEROX® F90P powder 90 8.2% Silica 3106 80°C 30°C - 20 kg bag in carton box
LUPEROX® FreeO-40 LUPEROX® F40PLUPEROX® F40LUPEROX® F40P-SP2
granule powdergranulepowder
40 3.8% Calcium carbonate + Silica
NRNRNR3106
80°C 30°C - 20 kg bag in carton box
LUPEROX® F40KEPLUPEROX® F40KE
powdergranule 40 3.8% Kaolin NR 80°C 30°C - 20 kg bag in carton box
LUPEROX® F40MGLUPEROX® F40MFLUPEROX® F40MG-SP
pelletsheetpellet
40 3.8% EPM NR 80°C 30°C - 25 kg bag in carton box20 kg bags in big box
LUPEROX® F40MGEVTLUPEROX® F40MFEVT
pelletsheet 40 3.8% EPM + EVA + Silica NR 80°C 30°C - 25 kg bag in carton box
20 kg bags in big boxLUPEROX® F40ED pellet
40 3.8% EPM + Calcium carbonate + Silica NR 80°C 30°C - 25 kg bag in carton box20 kg bags in big boxLUPEROX® F40EDF sheet
LUPEROX® F40M-SP pellet
LUPEROX® DCP
Dicumyl peroxideCas N° 80-43-3Molecular weight: 270,4 gMelting point: > 39°CActive oxygen: 5.92%
LUPEROX® DCP solid crystals 99 min 5.9% - 3110 80°C 30°C - 20 kg bag in carton box
LUPEROX® DC40P LUPEROX® DC40 LUPEROX® DC40P-SP2
powdergranulepowder
40 2.4% Calcium carbonate + Silica 3077 80°C 30°C - 20 kg bag in carton box
LUPEROX® DC40KEPLUPEROX® DC40KE
powdergranule 40 2.4% Kaolin 3077 80°C 30°C - 20 kg bag in carton box
LUPEROX® DC40MGLUPEROX® DC40MFLUPEROX® DC40M-SP2
pelletsheetpellet
40 2.4% EPM 3077 80°C 30°C - 25 kg bag in carton box20 kg bags in big box
LUPEROX® DC40MGFLUPEROX® DC40MG-SP2
pelletpellet 40 2.4% EPM + Calcium carbonate + Silica 3077 80°C 30°C - 25 kg bag in carton box
20 kg bags in big box
LUPEROX® DC40MGPE pellet 40 2.4% EPM + LPDE 3077 80°C 30°C - 25 kg bag in carton box20 kg bags in big box
LUPEROX® DC40PE powder 40 2.4% LPDE 3077 80°C 30°C - 25 kg bag in carton box
LUPEROX® 101
2,5-dimethyl-2,5-di(tert-butylperoxy)hexaneCas N° 78-63-7Molecular weight: 290.4 gMelting point: 8°CActive oxygen: 11.1%
LUPEROX® 101 liquid 94 min 10.4% - 3103 82°C 30°C 8°C 25 kg in plastic bin
LUPEROX® 101XLS50 powder 50 5.5% Silica 3108 75°C 30°C - 20 kg bag in carton box
LUPEROX® 101XL45LUPEROX® 101XL45-SP2 powder 45 5.0% Calcium carbonate + Silica 3108 75°C 30°C - 20 kg bag in carton box
LUPEROX® 801
Tert-butylcumylperoxideCas N° 3457-61-2Molecular weight: 208.3 gMelting point: 11.3-19.5°CActive oxygen: 7.7%
LUPEROX® 801 liquid 95 min 7.4% - 3107 84°C 30°C 16°C 25 kg in plastic bin
LUPEROX® 130
2,5-dimethyl-2,5-di(tertbutylperoxy)hex-3-yneCas N° 1068-27-5Molecular weight: 286,42 gActive oxygen: 11.2%Note: this product only exists as extended grade
LUPEROX® 130MO85 liquid 85 9.5% White oil 3103 90°C 30°C 8°C 25 kg in plastic bin
LUPEROX® 130XL45 powder 45 5.0% Calcium carbonate + Silica 3106 90°C 30°C - 20 kg bag in carton box
LUPEROX® 230
n-butyl-4,4-di(tert-butylperoxy)valerateCas N° 995-33-5Molecular weight: 334.4 gActive oxygen: 9.57%Note: this product only exists as extended grade
LUPEROX® 230G40 granule 40 3.8% Calcium carbonate + Sodium aluminium silicate 3108 65°C 30°C - 20 kg bag in carton box
LUPEROX® 230XL40 LUPEROX® 230XL40-SP
powder powder 40 3.8% Calcium carbonate + Silica 3108 60°C 30°C - 20 kg bag in carton box
LUPEROX® 231
1,1-di(tert-butylperoxy)-3,3,5-trimethylcyclohexaneCas N° 6731-36-8Molecular weight: 302.4 gActive oxygen: 10.58%Note: this product only exists as extended grade
LUPEROX® 231G40 LUPEROX® 231XL40
granule powder 40 4.2% Calcium carbonate + Sodium
aluminium silicate 3110 57°C 30°C - 20 kg bag in carton box
LUPEROX® 231XL40-SP powder 40 4.2% Calcium carbonate + Silica 3110 57°C 30°C - 20 kg bag in carton box
LUPEROX® DCBPDi(2,4-dichlorobenzoyl) peroxideCas N° 133-14-2Molecular weight: 380.0 gActive oxygen: 4.21%
LUPEROX® DCBP paste 50 2.1% Silicone oil 3106 60°C 35°C - 25 kg in plastic bin
Organic perOxides prOduct range fOr crOsslinking
arkeMa, innOvative cheMistry
p. 2/3 Product range for crosslinking
p. 4/5 Kinetic
p. 6/7 Processing
p. 8 Scorch protection solution
p. 9 Smell free solution
p. 10/11 Application polymers
cOntents
14
The Arkema group is one of the main global producers of organic peroxides. Its expertise also extend to glass coatings, additives for PVC, catalysts for synthesis in fine chemicals, polyester resins and specialty epoxides.The Organic peroxides activity, headquartered in King of Prussia (United States), operates facilities throughout the world. Its products, services and technical support are available to customers in Europe, North America, Asia, Africa and the Middle East.
Arkema is building the future of the chemical industry using a responsible, innovation-based approach.
France’s leading chemicals producer, Arkema is aiming to become one of the global leaders in specialty chemicals. With its 14,000 employees and 91 industrial sites in 40 countries, Arkema has a revenue of €6.4 billion.The Arkema group was created in October 2004, following the reorganization of Total’s Chemicals branch. Thanks to innovation, targeted acquisitions and investments in emerging countries, it has become a recognized world player in the field of specialty chemicals.
FAMILY NAME CHEMICAL NAME CHEMICAL FORMULA PRODUCT NAMEPHYSICAL
FORMASSAY (%)
ACTIVE OxYgEN
CARRIER UN SADT
STORAgE TEMPERATURE PACKAgINg
Ts max Ts min
LUPEROX® F
1,3-1,4-bis(tert-butylperoxyisopropyl)benzeneCas N° 25155-25-3Molecular weight: 338.5 gMelting point: 37-54°CActive oxygen: 9.45%
LUPEROX® F Flakes solid flakes 96 min 9.1% - 3106 70°C 30°C - 20 kg bag in carton boxLUPEROX® FreeO solid flakes 96 min 9.1% - 3106 70°C 30°C - 20 kg bag in carton boxLUPEROX® MIX paste 42 3.97% - 3077 90°C 40°C - 25 kg in plastic binLUPEROX® F90P powder 90 8.2% Silica 3106 80°C 30°C - 20 kg bag in carton box
LUPEROX® FreeO-40 LUPEROX® F40PLUPEROX® F40LUPEROX® F40P-SP2
granule powdergranulepowder
40 3.8% Calcium carbonate + Silica
NRNRNR3106
80°C 30°C - 20 kg bag in carton box
LUPEROX® F40KEPLUPEROX® F40KE
powdergranule 40 3.8% Kaolin NR 80°C 30°C - 20 kg bag in carton box
LUPEROX® F40MGLUPEROX® F40MFLUPEROX® F40MG-SP
pelletsheetpellet
40 3.8% EPM NR 80°C 30°C - 25 kg bag in carton box20 kg bags in big box
LUPEROX® F40MGEVTLUPEROX® F40MFEVT
pelletsheet 40 3.8% EPM + EVA + Silica NR 80°C 30°C - 25 kg bag in carton box
20 kg bags in big boxLUPEROX® F40ED pellet
40 3.8% EPM + Calcium carbonate + Silica NR 80°C 30°C - 25 kg bag in carton box20 kg bags in big boxLUPEROX® F40EDF sheet
LUPEROX® F40M-SP pellet
LUPEROX® DCP
Dicumyl peroxideCas N° 80-43-3Molecular weight: 270,4 gMelting point: > 39°CActive oxygen: 5.92%
LUPEROX® DCP solid crystals 99 min 5.9% - 3110 80°C 30°C - 20 kg bag in carton box
LUPEROX® DC40P LUPEROX® DC40 LUPEROX® DC40P-SP2
powdergranulepowder
40 2.4% Calcium carbonate + Silica 3077 80°C 30°C - 20 kg bag in carton box
LUPEROX® DC40KEPLUPEROX® DC40KE
powdergranule 40 2.4% Kaolin 3077 80°C 30°C - 20 kg bag in carton box
LUPEROX® DC40MGLUPEROX® DC40MFLUPEROX® DC40M-SP2
pelletsheetpellet
40 2.4% EPM 3077 80°C 30°C - 25 kg bag in carton box20 kg bags in big box
LUPEROX® DC40MGFLUPEROX® DC40MG-SP2
pelletpellet 40 2.4% EPM + Calcium carbonate + Silica 3077 80°C 30°C - 25 kg bag in carton box
20 kg bags in big box
LUPEROX® DC40MGPE pellet 40 2.4% EPM + LPDE 3077 80°C 30°C - 25 kg bag in carton box20 kg bags in big box
LUPEROX® DC40PE powder 40 2.4% LPDE 3077 80°C 30°C - 25 kg bag in carton box
LUPEROX® 101
2,5-dimethyl-2,5-di(tert-butylperoxy)hexaneCas N° 78-63-7Molecular weight: 290.4 gMelting point: 8°CActive oxygen: 11.1%
LUPEROX® 101 liquid 94 min 10.4% - 3103 82°C 30°C 8°C 25 kg in plastic bin
LUPEROX® 101XLS50 powder 50 5.5% Silica 3108 75°C 30°C - 20 kg bag in carton box
LUPEROX® 101XL45LUPEROX® 101XL45-SP2 powder 45 5.0% Calcium carbonate + Silica 3108 75°C 30°C - 20 kg bag in carton box
LUPEROX® 801
Tert-butylcumylperoxideCas N° 3457-61-2Molecular weight: 208.3 gMelting point: 11.3-19.5°CActive oxygen: 7.7%
LUPEROX® 801 liquid 95 min 7.4% - 3107 84°C 30°C 16°C 25 kg in plastic bin
LUPEROX® 130
2,5-dimethyl-2,5-di(tertbutylperoxy)hex-3-yneCas N° 1068-27-5Molecular weight: 286,42 gActive oxygen: 11.2%Note: this product only exists as extended grade
LUPEROX® 130MO85 liquid 85 9.5% White oil 3103 90°C 30°C 8°C 25 kg in plastic bin
LUPEROX® 130XL45 powder 45 5.0% Calcium carbonate + Silica 3106 90°C 30°C - 20 kg bag in carton box
LUPEROX® 230
n-butyl-4,4-di(tert-butylperoxy)valerateCas N° 995-33-5Molecular weight: 334.4 gActive oxygen: 9.57%Note: this product only exists as extended grade
LUPEROX® 230G40 granule 40 3.8% Calcium carbonate + Sodium aluminium silicate 3108 65°C 30°C - 20 kg bag in carton box
LUPEROX® 230XL40 LUPEROX® 230XL40-SP
powder powder 40 3.8% Calcium carbonate + Silica 3108 60°C 30°C - 20 kg bag in carton box
LUPEROX® 231
1,1-di(tert-butylperoxy)-3,3,5-trimethylcyclohexaneCas N° 6731-36-8Molecular weight: 302.4 gActive oxygen: 10.58%Note: this product only exists as extended grade
LUPEROX® 231G40 LUPEROX® 231XL40
granule powder 40 4.2% Calcium carbonate + Sodium
aluminium silicate 3110 57°C 30°C - 20 kg bag in carton box
LUPEROX® 231XL40-SP powder 40 4.2% Calcium carbonate + Silica 3110 57°C 30°C - 20 kg bag in carton box
LUPEROX® DCBPDi(2,4-dichlorobenzoyl) peroxideCas N° 133-14-2Molecular weight: 380.0 gActive oxygen: 4.21%
LUPEROX® DCBP paste 50 2.1% Silicone oil 3106 60°C 35°C - 25 kg in plastic bin
Organic perOxides prOduct range fOr crOsslinking
arkeMa, innOvative cheMistry
p. 2/3 Product range for crosslinking
p. 4/5 Kinetic
p. 6/7 Processing
p. 8 Scorch protection solution
p. 9 Smell free solution
p. 10/11 Application polymers
cOntents
15
Visit us at: vamac.dupont.com
Contact DuPont at the following regional locations:
North America +1-800-853-5515
Greater China +86-400-8851-888
Latin America +0800 17 17 15
Japan +81-3-5521-8600
Europe, Middle East, Africa +41 22 717 51 11
ASEAN +65-6586-3688
Grade ML(1+4) at 100 °C Tg (by DSC) °C1 Key Feature
Vamac® G 16.5 –30 General purpose
Vamac® GXF 17.5 –30 Dynamic fatigue resistance
Vamac® GLS 18.5 –23 Low oil swell
Vamac® HVG 26 –30 High viscosity
Vamac® Ultra IP 29 –30 Improved performance grade for molding and extrusion
Vamac® Ultra HT 29 –30 High temperature
Vamac® Ultra HT-OR 31 –24 High temperature / Oil resistance
Vamac® Ultra LS 33 –23 High viscosity / Low oil swell
Vamac® DP 22 –27 Peroxide curable dipolymer
VMX2122 28 –29 Improved processing peroxide curable dipolymer
VMX4017 11 –41 Low temperature
DuPont™ Vamac® Grades
Grade ML(1+4) at 100 °C Tg (by DSC) °C1 Key Feature
VMX5015 67 –30 Compression molding pre-compound2
VMX5020 53 –30 Injection molding pre-compound2
VMX5315 70 –30 Steam autoclave curable pre-compound / Extrusion
VMX5394 70 –24 Steam autoclave curable pre-compound / Low Swell
DuPont™ Vamac® Pre-Compounds for High Heat Resistance
DUPONT™ VAMAC® WORKS FOR TORSIONAL DAMPERS, UNDERHOOD DUCTS, LOW-SMOKE FLOORING, AND O-RINGS
1 Tg of compounds with Vamac® may be extended typically –10 °C lower with addition of plasticizer.2 Not suitable for steam autoclave cure.
The information provided in this data sheet corresponds to DuPont knowledge on the subject at the date of its publication. This information may be subject to revision as new knowledge and experience becomes available. The data provided fall within the normal range of product properties and relate only to the specific material designated; these data may not be valid for such material used in combination with any other materials, additives or pigments or in any process, unless expressly indicated otherwise.
The data provided should not be used to establish specification limits or used alone as the basis of design; they are not intended to substitute for any testing you may need to conduct to determine for yourself the suitability of a specific material for your particular purposes. Since DuPont cannot anticipate all variations in actual end-use and disposal conditions, DuPont does not guarantee results, makes no warranties and assumes no liability in connection with any use of this information. All such information is given and accepted at the buyer’s risk. It is intended for use by persons having technical skill, at their own discretion and risk. Nothing in this publication is to be considered as a license to operate under or a recommendation to infringe any patent.
CAUTION: Do not use DuPont materials in medical applications involving implantation in the human body or contact with internal body fluids or tissues unless the material has been provided from DuPont under a written contract that is consistent with DuPont policy regarding medical applications and expressly acknowledges the contemplated use. For further information, please contact your DuPont representative. You may also request a copy of DuPont POLICY Regarding Medical Applications H-50103-5 and DuPont CAUTION Regarding Medical Applications H-50102-5.
Copyright © 2015 DuPont. The DuPont Oval Logo, DuPont™, and Vamac® are trademarks or registered trademarks of E.I. du Pont de Nemours and Company or its affiliates. All rights reserved.
(07/10) Reference number VME-A10650-00-B0715
The Keltan® portfolio consists of a broad range of global grades with a diversity of properties that off er freedom in recipe formulations, product design and processing windows. This, in turn, allows our customers to optimize between product performance and cost effi ciency.
16
Visit us at: vamac.dupont.com
Contact DuPont at the following regional locations:
North America +1-800-853-5515
Greater China +86-400-8851-888
Latin America +0800 17 17 15
Japan +81-3-5521-8600
Europe, Middle East, Africa +41 22 717 51 11
ASEAN +65-6586-3688
Grade ML(1+4) at 100 °C Tg (by DSC) °C1 Key Feature
Vamac® G 16.5 –30 General purpose
Vamac® GXF 17.5 –30 Dynamic fatigue resistance
Vamac® GLS 18.5 –23 Low oil swell
Vamac® HVG 26 –30 High viscosity
Vamac® Ultra IP 29 –30 Improved performance grade for molding and extrusion
Vamac® Ultra HT 29 –30 High temperature
Vamac® Ultra HT-OR 31 –24 High temperature / Oil resistance
Vamac® Ultra LS 33 –23 High viscosity / Low oil swell
Vamac® DP 22 –27 Peroxide curable dipolymer
VMX2122 28 –29 Improved processing peroxide curable dipolymer
VMX4017 11 –41 Low temperature
DuPont™ Vamac® Grades
Grade ML(1+4) at 100 °C Tg (by DSC) °C1 Key Feature
VMX5015 67 –30 Compression molding pre-compound2
VMX5020 53 –30 Injection molding pre-compound2
VMX5315 70 –30 Steam autoclave curable pre-compound / Extrusion
VMX5394 70 –24 Steam autoclave curable pre-compound / Low Swell
DuPont™ Vamac® Pre-Compounds for High Heat Resistance
DUPONT™ VAMAC® WORKS FOR TORSIONAL DAMPERS, UNDERHOOD DUCTS, LOW-SMOKE FLOORING, AND O-RINGS
1 Tg of compounds with Vamac® may be extended typically –10 °C lower with addition of plasticizer.2 Not suitable for steam autoclave cure.
The information provided in this data sheet corresponds to DuPont knowledge on the subject at the date of its publication. This information may be subject to revision as new knowledge and experience becomes available. The data provided fall within the normal range of product properties and relate only to the specific material designated; these data may not be valid for such material used in combination with any other materials, additives or pigments or in any process, unless expressly indicated otherwise.
The data provided should not be used to establish specification limits or used alone as the basis of design; they are not intended to substitute for any testing you may need to conduct to determine for yourself the suitability of a specific material for your particular purposes. Since DuPont cannot anticipate all variations in actual end-use and disposal conditions, DuPont does not guarantee results, makes no warranties and assumes no liability in connection with any use of this information. All such information is given and accepted at the buyer’s risk. It is intended for use by persons having technical skill, at their own discretion and risk. Nothing in this publication is to be considered as a license to operate under or a recommendation to infringe any patent.
CAUTION: Do not use DuPont materials in medical applications involving implantation in the human body or contact with internal body fluids or tissues unless the material has been provided from DuPont under a written contract that is consistent with DuPont policy regarding medical applications and expressly acknowledges the contemplated use. For further information, please contact your DuPont representative. You may also request a copy of DuPont POLICY Regarding Medical Applications H-50103-5 and DuPont CAUTION Regarding Medical Applications H-50102-5.
Copyright © 2015 DuPont. The DuPont Oval Logo, DuPont™, and Vamac® are trademarks or registered trademarks of E.I. du Pont de Nemours and Company or its affiliates. All rights reserved.
(07/10) Reference number VME-A10650-00-B0715CLCB = Controlled Long Chain Branching N = Narrow molecular weight distribution M = Medium molecular weight distribution
Keltan® Grades Portfolio EMEA
KELTAN®
CHARACTERISTICS AND PACKAGING
Viscosity Monomer content Other properties
Packaging
Test conditions Setpoint Ethylene content
Third Monomer Oil content Type Polymer Structure
Wrapping foil Bale Box
MU g/10 min. wt.% type – content wt. % phr
Type Color Thickness microns Weight kg Form Number bales Weight kg Supported Material
Keltan® 2450 ML(1+4) 125 °C 28 48 ENB 4,1 CLCB
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 2470L ML(1+4) 125 °C 22 69 ENB 4,2 CLCB
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 2470S ML(1+4) 125 °C 25 69 ENB 4,2 CLCB
LDPE transparent 50 25 Quasi friable bale 40 1000 No Wood & cardboard
Keltan® 2650 ML(1+4) 125 °C 25 53 ENB 6,0 CLCB
EVA transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 2750 ML(1+4) 125 °C 28 48 ENB 7,8 CLCB
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 3050 ML(1+4) 100 °C 51 49 – 0,0 N
EVA transparent 70 25 Standard bale 36 900 No Cardboard
Keltan® 3250Q ML(1+4) 125 °C 33 55 ENB 2,3 N
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 3470 ML(1+4) 125 °C 36 68 ENB 4,6 CLCB
LDPE transparent 50 25 Quasi friable bale 40 1000 No Wood & cardboard
Keltan® 3960Q ML(1+8) 100 °C 54 56 ENB 11,0 N
LDPE transparent 50 34 Heavy bale 30 1020 No Cardboard
Keltan® 3973 ML(1+4) 125 °C 34 66 ENB 9,0 30 Clear CLCB
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 4450 ML(1+4) 125 °C 46 52 ENB 4,3 N
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 4450S ML(1+4) 125 °C 42 52 ENB 4,3 CLCB
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 4460D ML(1+4) 125 °C 46 58 DCPD 4,5 B
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 4465 ML(1+4) 125 °C 48 56 ENB 4,1 50 Clear B
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 4577 ML(1+4) 125 °C 46 66 ENB 5,1 75 Clear N
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 4869C ML(1+4) 125 °C 48 62 ENB 8,7 100 Clear CLCB
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 5260Q ML(1+4) 125 °C 55 62 ENB 2,3 N
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 5465Q ML(1+8) 150 °C 37 64 ENB 4,0 50 Clear N
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 5469C ML(1+4) 125 °C 52 58 ENB 4,5 100 Clear CLCB
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 5469Q ML(1+8) 150 °C 38 59 ENB 4,0 100 Clear N
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 5470C ML(1+4) 125 °C 55 66 ENB 4,6 CLCB
LDPE transparent 50 25 Friable bale 30 750 Yes Cardboard
Keltan® 5470Q ML(1+4) 125 °C 57 67 ENB 4,7 N
LDPE transparent 50 25 Friable bale 30 750 Yes Cardboard
Keltan® 6160D ML(1+4) 125 °C 63 64 DCPD 1,2 M
LDPE transparent 50 25 Standard bale 40 1000 No Wood & cardboard
Keltan® 6460D ML(1+4) 125 °C 63 58 DCPD 4,5 VB
LDPE transparent 50 25 Quasi friable bale 40 1000 No Wood & cardboard
Keltan® 6471 ML(1+4) 125 °C 65 67 ENB 4,7 15 Clear N
LDPE transparent 50 25 Quasi friable bale 40 1000 No Wood & cardboard
Keltan® 6950C ML(1+4) 125 °C 65 44 ENB 9,0 CLCB
EVA transparent 50 25 Standard bale 30 750 Yes Cardboard
Keltan® 6951C ML(1+4) 125 °C 63 44 ENB 9,0 15 Clear CLCB
EVA transparent 50 25 Standard bale 30 750 Yes Cardboard
Keltan® 7270Q ML(1+4) 125 °C 72 67 ENB 2,8 N
LDPE transparent 50 25 Standard bale 30 750 No Cardboard
Keltan® 7752C ML(1+8) 150 °C 53 45 ENB 7,5 20 Clear CLCB
EVA transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 8550C ML(1+4) 125 °C 80 48 ENB 5,5 CLCB
LDPE transparent 50 25 Quasi friable bale 36 900 No Cardboard
Keltan® 8570C ML(1+4) 125 °C 80 66 ENB 5,0 CLCB
LDPE transparent 50 25 Quasi friable bale 36 900 No Cardboard
Keltan® 9565Q ML(1+8) 150 °C 67 62 ENB 5,5 50 Clear N
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 9650Q ML(1+8) 150 °C 60 54 ENB 6,5 N
LDPE transparent 50 25 Standard bale 36 900 No Cardboard
Keltan® 9950C ML(1+8) 150 °C 60 44 ENB 9,0 CLCB
EVA transparent 50 25 Standard bale 30 750 Yes Cardboard
Keltan® 0500R 190°C / 2.16 kg 11 49 – 0,0 N
– – – 22,7 Standard bale 30 681 Yes Cardboard
Keltan® 0500RS 190°C / 2.16 kg 6,5 49 – 0,0 N
– – – 22,7 Standard bale 30 681 Yes Cardboard
Keltan® 1500R 190°C / 2.16 kg 2,55 49 – 0,0 N
– – – 22,7 Standard bale 30 681 Yes Cardboard
B = Broad molecular weight distribution VB = Very broad molecular weight distribution
The Keltan® portfolio consists of a broad range of global grades with a diversity of properties that off er freedom in recipe formulations, product design and processing windows. This, in turn, allows our customers to optimize between product performance and cost effi ciency.
17
When it comes to rubber, we are continuously shaping our product portfolio and application knowhow to meet our customers challenges. The rubber team of Evonik is backed with a full range of silica and silane products and is ready to provide technical support to tailor-design compounds according to your specifi c needs of reinforcement.
18
When it comes to rubber, we are continuously shaping our product portfolio and application knowhow to meet our customers challenges. The rubber team of Evonik is backed with a full range of silica and silane products and is ready to provide technical support to tailor-design compounds according to your specifi c needs of reinforcement.
19
ALCANPOUDRE©
Sämtliche flüssigen Coagenzien sind auch als sog. Dry Liquids verfügbar. Diese bestehen aus 70-75% Wirkstoff + 25-30% Kieselsäure. Die Ware ist nahezu staubfrei. Für große Mischungschargen sind ebenfalls rezepturgerecht vorverwogene Lösungen möglich.
Sartomer ist ein weltweit führender Hersteller für Acrylat- und Methacrylat Monomere.
Einige dieser Acryl- und Methacrylsäureester werden in der Kautschukindustrie zur Beschleunigung und Verbesserung des physikalischen Eigenschaftsprofils von peroxidisch vernetzten Elastomeren eingesetzt. Zur Verzögerung der Anvulkanisation stehen neben den „Standard-Typen“ (SR…) auch sog. retardierte Typen (SARET…) zur Verfügung.
Da es sich meist um Flüssigkeiten handelt, bieten wir unseren Kunden auch das jeweilige Produkt als 70-75%iges „Dry Liquid“ auf Kieselsäure an (siehe „ALCANPOUDRE©“).
20
ALCANPOUDRE©
Sämtliche flüssigen Coagenzien sind auch als sog. Dry Liquids verfügbar. Diese bestehen aus 70-75% Wirkstoff + 25-30% Kieselsäure. Die Ware ist nahezu staubfrei. Für große Mischungschargen sind ebenfalls rezepturgerecht vorverwogene Lösungen möglich.
Sartomer ist ein weltweit führender Hersteller für Acrylat- und Methacrylat Monomere.
Einige dieser Acryl- und Methacrylsäureester werden in der Kautschukindustrie zur Beschleunigung und Verbesserung des physikalischen Eigenschaftsprofils von peroxidisch vernetzten Elastomeren eingesetzt. Zur Verzögerung der Anvulkanisation stehen neben den „Standard-Typen“ (SR…) auch sog. retardierte Typen (SARET…) zur Verfügung.
Da es sich meist um Flüssigkeiten handelt, bieten wir unseren Kunden auch das jeweilige Produkt als 70-75%iges „Dry Liquid“ auf Kieselsäure an (siehe „ALCANPOUDRE©“).
SARTOMER®: (METH)ACRYLATE COAGENTSSartomer® additives are (meth)acrylate based coagents used in Peroxide cured rubber to customize pro-perties such as: Processability - Crosslink density - Hardness - Mechanical properties - Cure speed - Adhesi-on - Tear strength, …
LIQUID MONOMERS
SARET®: SARTOMER COAGENT WITH SCORCH PROTECTING TECHNOlOGYSaret® are unique scorch protected Coagents that allow optimized rubber performances with Scorch Safety.
21
CRAY VALLEY produziert Zinksalze der Acryl- und Methacrylsäure, fl üssige Polybutadiene, petrostämmige Harze für die Gummi-, Farben- und Lack-, Composite- und Klebstoffi ndustrie.
Liquid Polybutadienes
Product Description Typical Properties Availability
Molecular Weight (Mn, g/mol) 1,2 Vinyl (%) Viscosity (cps) Tg (˚C) MA (/chain) -OH (/chain) Epoxy
(eq. wt.)
Ricon Low Vinyl Content
Ricon 130 Homopolymer of Butadiene 2,500 28 750 @ 25 ˚C -86 0.89 -- -- -- US, EU, Asia
Ricon 131 Homopolymer of Butadiene 4,500 28 2750 @ 25 ˚C -84 0.89 -- -- -- US, EU, Asia
Ricon 134 Homopolymer of Butadiene 8,000 28 15,000 @ 25 ˚C -81 0.89 -- -- -- US, EU, Asia
High Vinyl Content
Ricon 150 (Ricon 150D) Homopolymer of Butadiene (Dry Liquid 70% Active) 3,900 70 40,000 @ 25 ˚C -40 0.89 -- -- -- US, EU, Asia
Ricon 152 (Ricon 152D) Homopolymer of Butadiene (Dry Liquid 70% Active) 2,900 80 20,000 @ 45 ˚C -30 0.89 -- -- -- US, EU, Asia
Ricon 153 (Ricon 153D) Homopolymer of Butadiene (Dry Liquid 65% Active) 4,700 85 60,000 @ 45 ˚C -28 0.89 -- -- -- US, EU, Asia
Ricon 154 (Ricon 154D) Homopolymer of Butadiene (Dry Liquid 65% Active) 5,200 90 250,000 @ 45 ˚C -15 0.89 -- -- -- US, EU, Asia
Ricon 156 Homopolymer of Butadiene 1,400 70 1600 @ 25 ˚C -56 0.89 -- -- -- US, EU, Asia
Ricon 157 Homopolymer of Butadiene 1,800 70 6000 @ 25 ˚C -51 0.89 -- -- -- US, EU, Asia
Styrene-Butadiene Copolymers
Ricon 100 Butadiene-Styrene Random Copolymer (25% Styrene) 4,500 70 40,000 @ 45 ˚C -15 0.90 -- -- -- US, EU, Asia
Ricon 181 Butadiene-Styrene Random Copolymer (28% Styrene) 3,200 30 17,500 @ 25 ˚C -65 0.90 -- -- -- US, EU, Asia
Ricon 184 Butadiene-Styrene Random Copolymer (28% Styrene) 8,600 30 75,000 @ 25 ˚C -57 0.90 -- -- -- US, EU, Asia
Ricon 250 Butadiene-Styrene Random Copolymer (35% Styrene) 5,300 70 900 @ 25 ˚C -- 0.90 -- -- -- US, EU, Asia
Ricon MA, Ricobond Low Vinyl Content
Ricon 130MA8 Maleinized Polybutadiene 3,100 28 6500 @ 25 ˚C -82 0.90 2 -- -- US, EU, Asia
Ricon 131MA5 Maleinized Polybutadiene 4,700 28 15,000 @ 25 ˚C -83 0.90 2 -- -- US, EU, Asia
Ricobond 1731 (Ricobond 1731HS) Maleinized Polybutadiene (Dry Liquid 69% Active) 5,400 28 50,000 @ 45 ˚C -72 0.91 9 -- -- US, EU, Asia
High Vinyl Content
Ricobond 1756 (Ricobond 1756HS) Maleinized Polybutadiene (Dry Liquid 69% Active) 2,500 70 140,000 @ 55 ˚C -18 0.91 3 -- -- US, EU, Asia
Krasol* Diol
Krasol LBH 2000 Hydroxyl-Terminated Polybutadiene 2,100 65 13,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH-P 2000 Hydroxyl-Terminated Polybutadiene (Primary-OH) 2,100 65 13,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH 3000 Hydroxyl-Terminated Polybutadiene 3,000 65 20,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH-P 3000 Hydroxyl-Terminated Polybutadiene (Primary-OH) 3,200 65 20,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Hydrogenated
Krasol HLBH-P2000 Hydroxyl-Terminated Hydrogenated Polybutadiene 2,100 -- 1,750 @ 60 ˚C -46 0.88 -- 1.9 -- US, EU, Asia
Krasol HLBH-P3000 Hydroxyl-Terminated Hydrogenated Polybutadiene 3,100 -- 3,000 @ 60 ˚C -46 0.88 -- 1.9 -- US, EU, Asia
Poly bd* Polyol
Poly bd R-45HTLO Hydroxyl-Terminated Polybutadiene 2,800 20 5,000 @ 30 ˚C -75 0.90 -- 2.5 -- US, EU, Asia
Poly bd R-20LM Hydroxyl-Terminated Polybutadiene 1,200 20 1,400 @ 30 ˚C -70 0.91 -- 2.5 -- US, EU, Asia
Epoxidized
Poly bd 605E Epoxidized Hydroxyl-Terminated Polybutadiene 1,450 20 12,000 @ 30 ˚C -47 1.01 -- 2.5 450 US, EU, Asia22
CRAY VALLEY produziert Zinksalze der Acryl- und Methacrylsäure, fl üssige Polybutadiene, petrostämmige Harze für die Gummi-, Farben- und Lack-, Composite- und Klebstoffi ndustrie.
Liquid Polybutadienes
Product Description Typical Properties Availability
Molecular Weight (Mn, g/mol) 1,2 Vinyl (%) Viscosity (cps) Tg (˚C) MA (/chain) -OH (/chain) Epoxy
(eq. wt.)
Ricon Low Vinyl Content
Ricon 130 Homopolymer of Butadiene 2,500 28 750 @ 25 ˚C -86 0.89 -- -- -- US, EU, Asia
Ricon 131 Homopolymer of Butadiene 4,500 28 2750 @ 25 ˚C -84 0.89 -- -- -- US, EU, Asia
Ricon 134 Homopolymer of Butadiene 8,000 28 15,000 @ 25 ˚C -81 0.89 -- -- -- US, EU, Asia
High Vinyl Content
Ricon 150 (Ricon 150D) Homopolymer of Butadiene (Dry Liquid 70% Active) 3,900 70 40,000 @ 25 ˚C -40 0.89 -- -- -- US, EU, Asia
Ricon 152 (Ricon 152D) Homopolymer of Butadiene (Dry Liquid 70% Active) 2,900 80 20,000 @ 45 ˚C -30 0.89 -- -- -- US, EU, Asia
Ricon 153 (Ricon 153D) Homopolymer of Butadiene (Dry Liquid 65% Active) 4,700 85 60,000 @ 45 ˚C -28 0.89 -- -- -- US, EU, Asia
Ricon 154 (Ricon 154D) Homopolymer of Butadiene (Dry Liquid 65% Active) 5,200 90 250,000 @ 45 ˚C -15 0.89 -- -- -- US, EU, Asia
Ricon 156 Homopolymer of Butadiene 1,400 70 1600 @ 25 ˚C -56 0.89 -- -- -- US, EU, Asia
Ricon 157 Homopolymer of Butadiene 1,800 70 6000 @ 25 ˚C -51 0.89 -- -- -- US, EU, Asia
Styrene-Butadiene Copolymers
Ricon 100 Butadiene-Styrene Random Copolymer (25% Styrene) 4,500 70 40,000 @ 45 ˚C -15 0.90 -- -- -- US, EU, Asia
Ricon 181 Butadiene-Styrene Random Copolymer (28% Styrene) 3,200 30 17,500 @ 25 ˚C -65 0.90 -- -- -- US, EU, Asia
Ricon 184 Butadiene-Styrene Random Copolymer (28% Styrene) 8,600 30 75,000 @ 25 ˚C -57 0.90 -- -- -- US, EU, Asia
Ricon 250 Butadiene-Styrene Random Copolymer (35% Styrene) 5,300 70 900 @ 25 ˚C -- 0.90 -- -- -- US, EU, Asia
Ricon MA, Ricobond Low Vinyl Content
Ricon 130MA8 Maleinized Polybutadiene 3,100 28 6500 @ 25 ˚C -82 0.90 2 -- -- US, EU, Asia
Ricon 131MA5 Maleinized Polybutadiene 4,700 28 15,000 @ 25 ˚C -83 0.90 2 -- -- US, EU, Asia
Ricobond 1731 (Ricobond 1731HS) Maleinized Polybutadiene (Dry Liquid 69% Active) 5,400 28 50,000 @ 45 ˚C -72 0.91 9 -- -- US, EU, Asia
High Vinyl Content
Ricobond 1756 (Ricobond 1756HS) Maleinized Polybutadiene (Dry Liquid 69% Active) 2,500 70 140,000 @ 55 ˚C -18 0.91 3 -- -- US, EU, Asia
Krasol* Diol
Krasol LBH 2000 Hydroxyl-Terminated Polybutadiene 2,100 65 13,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH-P 2000 Hydroxyl-Terminated Polybutadiene (Primary-OH) 2,100 65 13,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH 3000 Hydroxyl-Terminated Polybutadiene 3,000 65 20,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH-P 3000 Hydroxyl-Terminated Polybutadiene (Primary-OH) 3,200 65 20,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Hydrogenated
Krasol HLBH-P2000 Hydroxyl-Terminated Hydrogenated Polybutadiene 2,100 -- 1,750 @ 60 ˚C -46 0.88 -- 1.9 -- US, EU, Asia
Krasol HLBH-P3000 Hydroxyl-Terminated Hydrogenated Polybutadiene 3,100 -- 3,000 @ 60 ˚C -46 0.88 -- 1.9 -- US, EU, Asia
Poly bd* Polyol
Poly bd R-45HTLO Hydroxyl-Terminated Polybutadiene 2,800 20 5,000 @ 30 ˚C -75 0.90 -- 2.5 -- US, EU, Asia
Poly bd R-20LM Hydroxyl-Terminated Polybutadiene 1,200 20 1,400 @ 30 ˚C -70 0.91 -- 2.5 -- US, EU, Asia
Epoxidized
Poly bd 605E Epoxidized Hydroxyl-Terminated Polybutadiene 1,450 20 12,000 @ 30 ˚C -47 1.01 -- 2.5 450 US, EU, Asia
Product Description Typical Properties Availability
Molecular Weight (Mn, g/mol) 1,2 Vinyl (%) Viscosity (cps) Tg (˚C) MA (/chain) -OH (/chain) Epoxy
(eq. wt.)
Ricon Low Vinyl Content
Ricon 130 Homopolymer of Butadiene 2,500 28 750 @ 25 ˚C -86 0.89 -- -- -- US, EU, Asia
Ricon 131 Homopolymer of Butadiene 4,500 28 2750 @ 25 ˚C -84 0.89 -- -- -- US, EU, Asia
Ricon 134 Homopolymer of Butadiene 8,000 28 15,000 @ 25 ˚C -81 0.89 -- -- -- US, EU, Asia
High Vinyl Content
Ricon 150 (Ricon 150D) Homopolymer of Butadiene (Dry Liquid 70% Active) 3,900 70 40,000 @ 25 ˚C -40 0.89 -- -- -- US, EU, Asia
Ricon 152 (Ricon 152D) Homopolymer of Butadiene (Dry Liquid 70% Active) 2,900 80 20,000 @ 45 ˚C -30 0.89 -- -- -- US, EU, Asia
Ricon 153 (Ricon 153D) Homopolymer of Butadiene (Dry Liquid 65% Active) 4,700 85 60,000 @ 45 ˚C -28 0.89 -- -- -- US, EU, Asia
Ricon 154 (Ricon 154D) Homopolymer of Butadiene (Dry Liquid 65% Active) 5,200 90 250,000 @ 45 ˚C -15 0.89 -- -- -- US, EU, Asia
Ricon 156 Homopolymer of Butadiene 1,400 70 1600 @ 25 ˚C -56 0.89 -- -- -- US, EU, Asia
Ricon 157 Homopolymer of Butadiene 1,800 70 6000 @ 25 ˚C -51 0.89 -- -- -- US, EU, Asia
Styrene-Butadiene Copolymers
Ricon 100 Butadiene-Styrene Random Copolymer (25% Styrene) 4,500 70 40,000 @ 45 ˚C -15 0.90 -- -- -- US, EU, Asia
Ricon 181 Butadiene-Styrene Random Copolymer (28% Styrene) 3,200 30 17,500 @ 25 ˚C -65 0.90 -- -- -- US, EU, Asia
Ricon 184 Butadiene-Styrene Random Copolymer (28% Styrene) 8,600 30 75,000 @ 25 ˚C -57 0.90 -- -- -- US, EU, Asia
Ricon 250 Butadiene-Styrene Random Copolymer (35% Styrene) 5,300 70 900 @ 25 ˚C -- 0.90 -- -- -- US, EU, Asia
Ricon MA, Ricobond Low Vinyl Content
Ricon 130MA8 Maleinized Polybutadiene 3,100 28 6500 @ 25 ˚C -82 0.90 2 -- -- US, EU, Asia
Ricon 131MA5 Maleinized Polybutadiene 4,700 28 15,000 @ 25 ˚C -83 0.90 2 -- -- US, EU, Asia
Ricobond 1731 (Ricobond 1731HS) Maleinized Polybutadiene (Dry Liquid 69% Active) 5,400 28 50,000 @ 45 ˚C -72 0.91 9 -- -- US, EU, Asia
High Vinyl Content
Ricobond 1756 (Ricobond 1756HS) Maleinized Polybutadiene (Dry Liquid 69% Active) 2,500 70 140,000 @ 55 ˚C -18 0.91 3 -- -- US, EU, Asia
Krasol* Diol
Krasol LBH 2000 Hydroxyl-Terminated Polybutadiene 2,100 65 13,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH-P 2000 Hydroxyl-Terminated Polybutadiene (Primary-OH) 2,100 65 13,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH 3000 Hydroxyl-Terminated Polybutadiene 3,000 65 20,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Krasol LBH-P 3000 Hydroxyl-Terminated Polybutadiene (Primary-OH) 3,200 65 20,000 @ 25 ˚C -35 0.89 -- 1.9 -- US, EU, Asia
Hydrogenated
Krasol HLBH-P2000 Hydroxyl-Terminated Hydrogenated Polybutadiene 2,100 -- 1,750 @ 60 ˚C -46 0.88 -- 1.9 -- US, EU, Asia
Krasol HLBH-P3000 Hydroxyl-Terminated Hydrogenated Polybutadiene 3,100 -- 3,000 @ 60 ˚C -46 0.88 -- 1.9 -- US, EU, Asia
Poly bd* Polyol
Poly bd R-45HTLO Hydroxyl-Terminated Polybutadiene 2,800 20 5,000 @ 30 ˚C -75 0.90 -- 2.5 -- US, EU, Asia
Poly bd R-20LM Hydroxyl-Terminated Polybutadiene 1,200 20 1,400 @ 30 ˚C -70 0.91 -- 2.5 --
Epoxidized
Poly bd 605E Epoxidized Hydroxyl-Terminated Polybutadiene 1,450 20 12,000 @ 30 ˚C -47 1.01 -- 2.5 450 US, 23
Crosslinking MonomersCray Valley HSC provides a selection of metallic monomers. Straight grade and scorch retarding rubber coagent monomers are available for peroxide-cure applications, while our specialty monomers are used in a wide variety of cure systems, including accelerated sulfur vulcanization and metal oxide cure.
Our products fi nd utility in a variety of applications including tires, power transmission belts, rubber sealing systems, coatings, thermoplastics, and adhesives.
24
Crosslinking MonomersCray Valley HSC provides a selection of metallic monomers. Straight grade and scorch retarding rubber coagent monomers are available for peroxide-cure applications, while our specialty monomers are used in a wide variety of cure systems, including accelerated sulfur vulcanization and metal oxide cure.
Our products fi nd utility in a variety of applications including tires, power transmission belts, rubber sealing systems, coatings, thermoplastics, and adhesives.
Crosslinking MonomersCray Valley HSC provides a selection of metallic monomers. Straight grade and scorch retarding rubber coagent monomers are available for peroxide-cure applications, while our specialty monomers are used in a wide variety of cure systems, including accelerated sulfur vulcanization and metal oxide cure.
Our products fi nd utility in a variety of applications including tires, power transmission belts, rubber sealing systems, coatings, thermoplastics, and adhesives.
25
Wingtack® Resins
Cleartack® W Resins Pure monomer resins – water white color
TCV Polymer Modification
Wingtack® and Cleartack® Petroleum Hydrocarbon Resins
Wingtack® and Cleartack® Petroleum Hydrocarbon Resins
Tg(T°C) (g/mol) (%)
Wingtack® and Cleartack®Petroleum Hydrocarbon Resins
(g/mol)
Dow Automotive Systems ist ein seit vielen Jahren etablierter und führender Anbieter von Glas- und Kunststoffklebe-technologien und bietet Lösungen zur Gummi-Substrat-Haftung an, mit denen Fahrzeuge eine bessere Energieeffizienz erreichen und sicherer, stärker, leiser, sauberer, bequemer und optisch attraktiver werden. Unsere Erfahrung und vielfältigen Technologien ermöglichen es uns, auch für die schwierigsten Aufgabenstellungen eine Lösung zu finden.
Hochleistungshaftmittel ermöglichen die Haftungvon ähnlichen und unterschiedlichen Substraten bei Lagern,Buchsen, Riemen, Bremsbelägen, Scheibenprofilen und anderen Komponenten.
Für das Verbinden von Elastomeren mit Metall, technischem Kunststoffen oder anderen Elastomeren sind starke Haftmittel erforderlich. MEGUM™, THIXON™ und ROBOND™ sind Haftmittel, die speziell für bestimmte Bindeanforderungen von verschiedenen Substraten unter besonderen Umgebungsbedingungen formuliert wurden. Dow bietet eine vollständige Familie an Systemen zur Reduzierung von Emissionen an, die geringe VOC haben und HAP-konform sind. Unsere Haftmittel bieten auch unter den schwierigsten Bedingungen eine zuverlässige Haftung und eignen sich für zahlreiche Anwendungsbereiche in Fahrzeugen, u.a. für Schläuche, Lager, Riemen, Buchsen, Dichtungen und Armaturenbretter.
MEGUM™/THIXON™/ROBOND™
Gummi-Substrat-Haftmittel
Lösungen von Dow Automotive
Maßgeschneiderte Lösungen
Als global führendes Forschungs- und Technologieunternehmen bietet Dow umfassenden Service zur engen Zusammenarbeit mit unseren Kunden, um Lösungen zu finden, die eine optimale Kombination aus Material-, Prozess- und Systemkosten bieten.
Unsere Technischen Service- & Entwicklungszentren können neue Produkte und Lösungen schnell entwickeln, einen technischen Kundensupport vor Ort bieten und Ihre dringenden Anfragen umgehend beantworten. Wir sind weltweit mit Produktionsstandorten, Forschungs- und Entwicklungslabors, Lagerhäusern, Versandzentren und Verwaltungsbüros vertreten. Auf diese Weise können wir in allen wichtigen RegionenProbleme lösen, Leistungs- und Alterungstests durchführen und unsere Analysekapazitäten und Dienstleistungen bereitstellen.
26
Dow Automotive Systems ist ein seit vielen Jahren etablierter und führender Anbieter von Glas- und Kunststoffklebe-technologien und bietet Lösungen zur Gummi-Substrat-Haftung an, mit denen Fahrzeuge eine bessere Energieeffizienz erreichen und sicherer, stärker, leiser, sauberer, bequemer und optisch attraktiver werden. Unsere Erfahrung und vielfältigen Technologien ermöglichen es uns, auch für die schwierigsten Aufgabenstellungen eine Lösung zu finden.
Hochleistungshaftmittel ermöglichen die Haftungvon ähnlichen und unterschiedlichen Substraten bei Lagern,Buchsen, Riemen, Bremsbelägen, Scheibenprofilen und anderen Komponenten.
Für das Verbinden von Elastomeren mit Metall, technischem Kunststoffen oder anderen Elastomeren sind starke Haftmittel erforderlich. MEGUM™, THIXON™ und ROBOND™ sind Haftmittel, die speziell für bestimmte Bindeanforderungen von verschiedenen Substraten unter besonderen Umgebungsbedingungen formuliert wurden. Dow bietet eine vollständige Familie an Systemen zur Reduzierung von Emissionen an, die geringe VOC haben und HAP-konform sind. Unsere Haftmittel bieten auch unter den schwierigsten Bedingungen eine zuverlässige Haftung und eignen sich für zahlreiche Anwendungsbereiche in Fahrzeugen, u.a. für Schläuche, Lager, Riemen, Buchsen, Dichtungen und Armaturenbretter.
MEGUM™/THIXON™/ROBOND™
Gummi-Substrat-Haftmittel
Lösungen von Dow Automotive
Maßgeschneiderte Lösungen
Als global führendes Forschungs- und Technologieunternehmen bietet Dow umfassenden Service zur engen Zusammenarbeit mit unseren Kunden, um Lösungen zu finden, die eine optimale Kombination aus Material-, Prozess- und Systemkosten bieten.
Unsere Technischen Service- & Entwicklungszentren können neue Produkte und Lösungen schnell entwickeln, einen technischen Kundensupport vor Ort bieten und Ihre dringenden Anfragen umgehend beantworten. Wir sind weltweit mit Produktionsstandorten, Forschungs- und Entwicklungslabors, Lagerhäusern, Versandzentren und Verwaltungsbüros vertreten. Auf diese Weise können wir in allen wichtigen RegionenProbleme lösen, Leistungs- und Alterungstests durchführen und unsere Analysekapazitäten und Dienstleistungen bereitstellen.
Dow Automotive Systems bietet ein untereinander kompatibles Komplettsortiment an Gummi-Substrat-Haftmitteln für verschiedene Anwendungsbereiche in der Fahrzeug- und Fertigungsindustrie an, u.a. für Riemen, Schläuche, Lager, Buchsen und Dichtungen.
Haftmitteln auf Lösungsmittelbasis
Vulkanisation/ spezifische Eigenschaften
IM
TM
CM
Korrosionsbeständigkeit
Heißes Glykol
Bandbeschichtung
Standard
Höhere Hitze- und
Ölbeständigkeit
schwefelvernetzt
peroxidvernetzt
Primer
MEGUM™ 3276
MEGUM 3351
THIXON™ P-6-EF
THIXON P-11
THIXON P-11-F
THIXON P-21
THIXON P-22
MEGUM 3276
THIXON P-6-EF
THIXON P-7-6
MEGUM 3276
THIXON P-6-EF
THIXON P-11
THIXON P-21
THIXON P-22
THIXON P-11
THIXON P-21
MEGUM 3276
THIXON P-6-EF
MEGUM 3276
THIXON P-6-EF
MEGUM 3276
THIXON P-6-EF
THIXON P-11
THIXON P-21
MEGUM 3276
THIXON P-6-EF
THIXON P-11
THIXON P-21
Cover
MEGUM 122 J
MEGUM 128
MEGUM 538
MEGUM 5382
MEGUM 5386
THIXON 520-PEF
THIXON 526
MEGUM 538
MEGUM 5386
THIXON OSN-2-EF-V
THIXON 547-EF
MEGUM 122 J
MEGUM 128
MEGUM 538
MEGUM 5386
THIXON 520-PEF
THIXON 526
MEGUM 538
MEGUM 5386
THIXON 520-PEF
THIXON 526
MEGUM 538
THIXON 520-PEF
THIXON 526
MEGUM 538
MEGUM 5386
MEGUM 122-J
MEGUM 538
MEGUM 5382
MEGUM 5386
MEGUM 538
MEGUM 5382
MEGUM 5386
1-Schicht
MEGUM 508
MEGUM 5382
THIXON OSN-2-EF-V
THIXON OSN-2-EF-V
MEGUM 3276
MEGUM 10576
THIXON P-11
THIXON P-21
MEGUM 3340-1
MEGUM 15637
THIXON 715-EF/B
MEGUM 3340-1
MEGUM 15637
MEGUM 3340-1
THIXON 715-EF/B
Kautschuk
Naturkautschuk (NR)
Styrol-Butadien-Kautschuk
(SBR)
Polyisopren-Kautschuk (IR)
Polybutadien-Kautschuk (BR)
Polychloropren-Kautschuk
(CR)
Nitrilkautschuk (NBR)
Hydrierter Nitrilkautschuk
(HNBR)
Blend aus NBR und
Polyvinylchlorid (NBR/PVC)
Carboxylierter Nitrilkautschuk
(XNBR)
27
Kautschuk
Ethylenpropylen-
Kautschuk (Copolymere,
Terpolymere) (EPM/EPDM)
Butyl-Kautschuk (IIR)
Chlorsulfonierter
Kautschuk, (CSM)
Polyacrylat-Kautschuk
(ACM)
Vamac (AEM)
Fluor-Kautschuk (FKM)
Silikon-Kautschuk (VMQ)
Epichlorhydrin-Kautschuk
(ECO, CO)
Walzbare
Polyurethane (PU)
Gießfähige
Polyurethane (PU)
Vulkanisation/ spezifische Eigenschaften
schwefelvernetzt
peroxidvernetzt
Amin, bisphenolvernetzt
peroxidvernetzt
Vernetzung bei Raumtemperatur
Vernetzung bei 100 °C
ohne Vortempern
Vortempern bei >100 °C
Primer
MEGUM™ 3276
THIXON™ P-6-EF
THIXON P-11
THIXON P-21
MEGUM 3276
THIXON P-6-EF
THIXON P-11
THIXON P-21
MEGUM 3276
THIXON P-6-EF
THIXON P-11
THIXON P-21
MEGUM 3290-1
THIXON P-6-EF
Cover
MEGUM 508
MEGUM 538
MEGUM 5382
MEGUM 5386
THIXON 560
MEGUM 508
MEGUM 538
MEGUM 5382
MEGUM 5386
THIXON 560
MEGUM 538
MEGUM 5382
MEGUM 5386
MEGUM 508
MEGUM 538
MEGUM 5382
MEGUM 5386
MEGUM 538
MEGUM 5382
MEGUM 5386
THIXON OSN-2-EF-V
Haftmittel auf Lösungsmittelbasis, Fortsetzung
1-Schicht
MEGUM 508
MEGUM 508
THIXON OSN-2-EF-V
MEGUM 3340-1
MEGUM 15637
THIXON 715-EF/B
MEGUM 15637
THIXON 715-EF/B
MEGUM 3340-1
MEGUM 10576
MEGUM 3290-1
THIXON 300 / 301
MEGUM 3299
THIXON 305
MEGUM 2488
MEGUM 3340-1
MEGUM 15637
THIXON 715-EF/B
THIXON OSN-2-EF-V
MEGUM 508
MEGUM 3276
MEGUM 15637
THIXON 715-EF/B
THIXON 422
THIXON 406
THIXON 422
THIXON 423
THIXON 406
THIXON 423
28
Kautschuk
Thermoplastische
Polyurethane (TPU)
Thermoplastische
Vulkanisate (TPV)
PVC
Vulkanisation/ spezifische Eigenschaften
Primer Cover
Haftmittel auf Lösungsmittelbasis, Fortsetzung
1-Schicht
THIXON™ 422
THIXON 6110-F
THIXON 6106
1-Schicht
MEGUM W 9400
ROBOND™ TR-7021D
MEGUM W 9400
MEGUM W 2525
MEGUM W 3295
MEGUM W 3295
MEGUM W 2525
MEGUM W 9400
Kautschuk
Naturkautschuk (NR)
Styrol-Butadien-Kautschuk
(SBR)
Nitrilkautschuk (NBR)
Hydrierter Nitrilkautschuk
(HNBR)
Polyacrylat-Kautschuk (ACM)
Vamac (AEM)
Fluor-Kautschuk (FKM) -
Peroxidvernetzung
Fluor-Kautschuk (FKM) -
Bisphenolvernetzung
Silikon-Kautschuk (VMQ)
Ethylen-Copolymere (EPDM)
Primer
MEGUM™ W 9300
MEGUM W 9300
MEGUM W 9300
Cover
MEGUM W 9100
MEGUM W 9500
MEGUM W 9500
MEGUM W 9200
MEGUM W 9500
Haftmittel auf Wasserbasis
29
30
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
A-Types: Curative-Containing Precompounds
A-201C 20 1.81 66.0 15 –17 +75 to 105%Fast cure rate, excellent injection molding rheology, mold release
Injection molding, O-rings, gaskets, extruded shapes
A-331C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, high elongation/tear resistance
Compression—injection molding of complex shapes, requiring maximum hot tear
A-361C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
A-401C 40 1.81 66.0 15 –17 +75 to 105%
Excellent rheology at high shear rates, excellent resistance to compression set
Compression, transfer, or injection molding of O-rings
A-601C 60 1.81 66.0 12 –17 +75 to 105%
High viscosity, high state of cure; optimum resistance to compression set
Compression molding of O-rings, simple shapes
A-Types: Gum Polymers
A-100 10 1.82 66.0 15 –17 +75 to 105%Ultra-low viscosity: excellent polymer rheology
Coatings, viscosity modifier for higher viscosity types
A-200 20 1.82 66.0 15 –17 +75 to 105% Low viscosity: excellent polymer rheology
Cured with VC-50: injection molding applications
A-500 50 1.82 66.0 15 –17 +75 to 105%Intermediate viscosity: excellent polymer rheology
Cured with VC-50: compression, transfer, injection molding
A-700 70 1.82 66.0 15 –17 +75 to 105% High viscosity: excellent physical properties
Cured with VC-50: compression, transfer, injection molding
A-HV 160 1.82 66.0 15 –17 +75 to 105%Ultra-high viscosity: excellent physical properties
Cured with VC-50: compression molding, high strength vulcanizates
AL-300 30 1.77 66.0 25 –19 +75 to 105%Slightly improved low temperature flexibility. Low viscosity
Transfer, or injection molded goods, where A-types are marginal in low-temperature flexibility
AL-600 60 1.77 66.0 20 –19 +75 to 105%Slightly improved low temperature flexibility. Medium viscosity
General molded goods, where A-types are marginal in low-temperature flexibility
GAL-200S 25 1.79 66.0 30 –19 +75 to 105%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: injection, transfer, or compression molded goods
continued
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
A-Types: Curative-Containing Precompounds
A-201C 20 1.81 66.0 15 –17 +75 to 105%Fast cure rate, excellent injection molding rheology, mold release
Injection molding, O-rings, gaskets, extruded shapes
A-331C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, high elongation/tear resistance
Compression—injection molding of complex shapes, requiring maximum hot tear
A-361C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
A-401C 40 1.81 66.0 15 –17 +75 to 105%
Excellent rheology at high shear rates, excellent resistance to compression set
Compression, transfer, or injection molding of O-rings
A-601C 60 1.81 66.0 12 –17 +75 to 105%
High viscosity, high state of cure; optimum resistance to compression set
Compression molding of O-rings, simple shapes
A-Types: Gum Polymers
A-100 10 1.82 66.0 15 –17 +75 to 105%Ultra-low viscosity: excellent polymer rheology
Coatings, viscosity modifier for higher viscosity types
A-200 20 1.82 66.0 15 –17 +75 to 105% Low viscosity: excellent polymer rheology
Cured with VC-50: injection molding applications
A-500 50 1.82 66.0 15 –17 +75 to 105%Intermediate viscosity: excellent polymer rheology
Cured with VC-50: compression, transfer, injection molding
A-700 70 1.82 66.0 15 –17 +75 to 105% High viscosity: excellent physical properties
Cured with VC-50: compression, transfer, injection molding
A-HV 160 1.82 66.0 15 –17 +75 to 105%Ultra-high viscosity: excellent physical properties
Cured with VC-50: compression molding, high strength vulcanizates
AL-300 30 1.77 66.0 25 –19 +75 to 105%Slightly improved low temperature flexibility. Low viscosity
Transfer, or injection molded goods, where A-types are marginal in low-temperature flexibility
AL-600 60 1.77 66.0 20 –19 +75 to 105%Slightly improved low temperature flexibility. Medium viscosity
General molded goods, where A-types are marginal in low-temperature flexibility
GAL-200S 25 1.79 66.0 30 –19 +75 to 105%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: injection, transfer, or compression molded goods
continued
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
A-Types: Curative-Containing Precompounds
A-201C 20 1.81 66.0 15 –17 +75 to 105%Fast cure rate, excellent injection molding rheology, mold release
Injection molding, O-rings, gaskets, extruded shapes
A-331C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, high elongation/tear resistance
Compression—injection molding of complex shapes, requiring maximum hot tear
A-361C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
A-401C 40 1.81 66.0 15 –17 +75 to 105%
Excellent rheology at high shear rates, excellent resistance to compression set
Compression, transfer, or injection molding of O-rings
A-601C 60 1.81 66.0 12 –17 +75 to 105%
High viscosity, high state of cure; optimum resistance to compression set
Compression molding of O-rings, simple shapes
A-Types: Gum Polymers
A-100 10 1.82 66.0 15 –17 +75 to 105%Ultra-low viscosity: excellent polymer rheology
Coatings, viscosity modifier for higher viscosity types
A-200 20 1.82 66.0 15 –17 +75 to 105% Low viscosity: excellent polymer rheology
Cured with VC-50: injection molding applications
A-500 50 1.82 66.0 15 –17 +75 to 105%Intermediate viscosity: excellent polymer rheology
Cured with VC-50: compression, transfer, injection molding
A-700 70 1.82 66.0 15 –17 +75 to 105% High viscosity: excellent physical properties
Cured with VC-50: compression, transfer, injection molding
A-HV 160 1.82 66.0 15 –17 +75 to 105%Ultra-high viscosity: excellent physical properties
Cured with VC-50: compression molding, high strength vulcanizates
AL-300 30 1.77 66.0 25 –19 +75 to 105%Slightly improved low temperature flexibility. Low viscosity
Transfer, or injection molded goods, where A-types are marginal in low-temperature flexibility
AL-600 60 1.77 66.0 20 –19 +75 to 105%Slightly improved low temperature flexibility. Medium viscosity
General molded goods, where A-types are marginal in low-temperature flexibility
GAL-200S 25 1.79 66.0 30 –19 +75 to 105%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: injection, transfer, or compression molded goods
continued
31
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
A-Types: Curative-Containing Precompounds
A-201C 20 1.81 66.0 15 –17 +75 to 105%Fast cure rate, excellent injection molding rheology, mold release
Injection molding, O-rings, gaskets, extruded shapes
A-331C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, high elongation/tear resistance
Compression—injection molding of complex shapes, requiring maximum hot tear
A-361C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
A-401C 40 1.81 66.0 15 –17 +75 to 105%
Excellent rheology at high shear rates, excellent resistance to compression set
Compression, transfer, or injection molding of O-rings
A-601C 60 1.81 66.0 12 –17 +75 to 105%
High viscosity, high state of cure; optimum resistance to compression set
Compression molding of O-rings, simple shapes
A-Types: Gum Polymers
A-100 10 1.82 66.0 15 –17 +75 to 105%Ultra-low viscosity: excellent polymer rheology
Coatings, viscosity modifier for higher viscosity types
A-200 20 1.82 66.0 15 –17 +75 to 105% Low viscosity: excellent polymer rheology
Cured with VC-50: injection molding applications
A-500 50 1.82 66.0 15 –17 +75 to 105%Intermediate viscosity: excellent polymer rheology
Cured with VC-50: compression, transfer, injection molding
A-700 70 1.82 66.0 15 –17 +75 to 105% High viscosity: excellent physical properties
Cured with VC-50: compression, transfer, injection molding
A-HV 160 1.82 66.0 15 –17 +75 to 105%Ultra-high viscosity: excellent physical properties
Cured with VC-50: compression molding, high strength vulcanizates
AL-300 30 1.77 66.0 25 –19 +75 to 105%Slightly improved low temperature flexibility. Low viscosity
Transfer, or injection molded goods, where A-types are marginal in low-temperature flexibility
AL-600 60 1.77 66.0 20 –19 +75 to 105%Slightly improved low temperature flexibility. Medium viscosity
General molded goods, where A-types are marginal in low-temperature flexibility
GAL-200S 25 1.79 66.0 30 –19 +75 to 105%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: injection, transfer, or compression molded goods
continued
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
A-Types: Curative-Containing Precompounds
A-201C 20 1.81 66.0 15 –17 +75 to 105%Fast cure rate, excellent injection molding rheology, mold release
Injection molding, O-rings, gaskets, extruded shapes
A-331C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, high elongation/tear resistance
Compression—injection molding of complex shapes, requiring maximum hot tear
A-361C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
A-401C 40 1.81 66.0 15 –17 +75 to 105%
Excellent rheology at high shear rates, excellent resistance to compression set
Compression, transfer, or injection molding of O-rings
A-601C 60 1.81 66.0 12 –17 +75 to 105%
High viscosity, high state of cure; optimum resistance to compression set
Compression molding of O-rings, simple shapes
A-Types: Gum Polymers
A-100 10 1.82 66.0 15 –17 +75 to 105%Ultra-low viscosity: excellent polymer rheology
Coatings, viscosity modifier for higher viscosity types
A-200 20 1.82 66.0 15 –17 +75 to 105% Low viscosity: excellent polymer rheology
Cured with VC-50: injection molding applications
A-500 50 1.82 66.0 15 –17 +75 to 105%Intermediate viscosity: excellent polymer rheology
Cured with VC-50: compression, transfer, injection molding
A-700 70 1.82 66.0 15 –17 +75 to 105% High viscosity: excellent physical properties
Cured with VC-50: compression, transfer, injection molding
A-HV 160 1.82 66.0 15 –17 +75 to 105%Ultra-high viscosity: excellent physical properties
Cured with VC-50: compression molding, high strength vulcanizates
AL-300 30 1.77 66.0 25 –19 +75 to 105%Slightly improved low temperature flexibility. Low viscosity
Transfer, or injection molded goods, where A-types are marginal in low-temperature flexibility
AL-600 60 1.77 66.0 20 –19 +75 to 105%Slightly improved low temperature flexibility. Medium viscosity
General molded goods, where A-types are marginal in low-temperature flexibility
GAL-200S 25 1.79 66.0 30 –19 +75 to 105%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: injection, transfer, or compression molded goods
continued
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
A-Types: Curative-Containing Precompounds
A-201C 20 1.81 66.0 15 –17 +75 to 105%Fast cure rate, excellent injection molding rheology, mold release
Injection molding, O-rings, gaskets, extruded shapes
A-331C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, high elongation/tear resistance
Compression—injection molding of complex shapes, requiring maximum hot tear
A-361C 30 1.81 66.0 20 –17 +75 to 105%Excellent mold flow, tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
A-401C 40 1.81 66.0 15 –17 +75 to 105%
Excellent rheology at high shear rates, excellent resistance to compression set
Compression, transfer, or injection molding of O-rings
A-601C 60 1.81 66.0 12 –17 +75 to 105%
High viscosity, high state of cure; optimum resistance to compression set
Compression molding of O-rings, simple shapes
A-Types: Gum Polymers
A-100 10 1.82 66.0 15 –17 +75 to 105%Ultra-low viscosity: excellent polymer rheology
Coatings, viscosity modifier for higher viscosity types
A-200 20 1.82 66.0 15 –17 +75 to 105% Low viscosity: excellent polymer rheology
Cured with VC-50: injection molding applications
A-500 50 1.82 66.0 15 –17 +75 to 105%Intermediate viscosity: excellent polymer rheology
Cured with VC-50: compression, transfer, injection molding
A-700 70 1.82 66.0 15 –17 +75 to 105% High viscosity: excellent physical properties
Cured with VC-50: compression, transfer, injection molding
A-HV 160 1.82 66.0 15 –17 +75 to 105%Ultra-high viscosity: excellent physical properties
Cured with VC-50: compression molding, high strength vulcanizates
AL-300 30 1.77 66.0 25 –19 +75 to 105%Slightly improved low temperature flexibility. Low viscosity
Transfer, or injection molded goods, where A-types are marginal in low-temperature flexibility
AL-600 60 1.77 66.0 20 –19 +75 to 105%Slightly improved low temperature flexibility. Medium viscosity
General molded goods, where A-types are marginal in low-temperature flexibility
GAL-200S 25 1.79 66.0 30 –19 +75 to 105%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: injection, transfer, or compression molded goods
continued
32
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing (continued)
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
Low-Temperature Types of Viton™ Polymer
GLT Types
GLT-200S 25–30 1.78 64.0 30 –30 +75 to 105%20–30 Mooney GLT: best FKM low-temperature flexibility
Injection—transfer molded automotive fuel, chemical, petroleum industry seals
GLT-600S 65 1.78 64.0 35 –30 +75 to 105% Medium viscosity version of GLT
Transfer—compression molded automotive fuel, chemical, petroleum industry seals
GFLT Types
GFLT-200S 25–30 1.86 66.5 35 –24 +5 to 10%
30 ML GFLT: best combination of low-temperature flexibility/fluids resistance
FDA-compliant**: bonded fuel systems parts: resistance to oxygenates, low-temperature flexibility
GFLT-600S 65 1.86 66.5 40 –24 +5 to 10%
65 ML GFLT: best combination of low-temperature flexibility/fluids resistance
FDA-compliant**: bonded fuel systems parts: resistance to oxygenates, low-temperature flexibility
Viton™ Extreme™ Types
ETP-600S 60 1.82 67.0 40 –12 +10 to 15%
Outstanding resistance to fluids/chemicals, including low molecular weight acids, aldehydes, ketones
FDA-compliant**: transfer—compression molded seals, gaskets
*Nominal physical properties typical of those that can be expected of vulcanizates based on the specific type of Viton™ noted, in a 70A hardness, MT carbon black-filled formulation. These are not intended to serve as specifications.
**Various types of Viton™ curative-containing precompounds have been determined to be in compliance with FDA 21 CFR-177.2600—Rubber Articles for Repeated Food Contact.
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing (continued)
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
B-Types: Curative-Containing Precompounds
B-435C 40 1.85 68.5 25 –14 +35 to 45%Improved processing/mold release/bonding vs. B-641C, B-651C
Injection—compression molding of metal-bonded parts
B-601C 60 1.85 68.5 20 –14 +35 to 45%Excellent balance of resistance to compression set/fluids
Compression—injection molding of O-rings, simple shapes
B-651C 60 1.85 68.5 30 –14 +35 to 45%Excellent mold flow, very good tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
B-Types: Gum Polymers
GBL-200S 20-30 1.85 67.0 30 –16 +40 to 50%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: transfer—compression molding auto lubricating oil, coolant system seals
GBL-600S 65 1.85 67.0 30 –16 +40 to 50%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: compression molding automotive lubricating oil, coolant system seals
B-202 20 1.86 68.5 25 –14 +35 to 45%Excellent extrudability; lower MeOH permeability than A-types
High shear extrusion applications—fuel hose veneer, coatings
B-600 60 1.86 68.5 20 –14 +35 to 45%
Intermediate viscosity, excellent polymer rheology, superior fluids resistance
Compression, transfer, and injection molding
F-Types: Curative-Containing Precompounds
F-605C 60 1.90 69.5 30 –8 +5 to 10%
Improved polymer base vs. F-601C—improved rheology, compression set
Compression molded goods requiring best fluids resistance
F-Types: Gum Polymers
GF-200S 25–30 1.91 70.0 35 –6 +3 to 5% Low viscosity version of GF-600S
FDA-compliant**: injection transfer, or compression molded goods requiring best fluids resistance
GF-600S 65 1.91 70.0 35 –6 +3 to 5%
Superior resistance to broad range of fluids and chemicals, including MeOH
FDA-compliant**: compression molded goods requiring best fluids resistance
continued
33
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing (continued)
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
Low-Temperature Types of Viton™ Polymer
GLT Types
GLT-200S 25–30 1.78 64.0 30 –30 +75 to 105%20–30 Mooney GLT: best FKM low-temperature flexibility
Injection—transfer molded automotive fuel, chemical, petroleum industry seals
GLT-600S 65 1.78 64.0 35 –30 +75 to 105% Medium viscosity version of GLT
Transfer—compression molded automotive fuel, chemical, petroleum industry seals
GFLT Types
GFLT-200S 25–30 1.86 66.5 35 –24 +5 to 10%
30 ML GFLT: best combination of low-temperature flexibility/fluids resistance
FDA-compliant**: bonded fuel systems parts: resistance to oxygenates, low-temperature flexibility
GFLT-600S 65 1.86 66.5 40 –24 +5 to 10%
65 ML GFLT: best combination of low-temperature flexibility/fluids resistance
FDA-compliant**: bonded fuel systems parts: resistance to oxygenates, low-temperature flexibility
Viton™ Extreme™ Types
ETP-600S 60 1.82 67.0 40 –12 +10 to 15%
Outstanding resistance to fluids/chemicals, including low molecular weight acids, aldehydes, ketones
FDA-compliant**: transfer—compression molded seals, gaskets
*Nominal physical properties typical of those that can be expected of vulcanizates based on the specific type of Viton™ noted, in a 70A hardness, MT carbon black-filled formulation. These are not intended to serve as specifications.
**Various types of Viton™ curative-containing precompounds have been determined to be in compliance with FDA 21 CFR-177.2600—Rubber Articles for Repeated Food Contact.
Viton™ Fluoroelastomers
Table 6. Viton™ Fluoroelastomer Product Listing (continued)
Viton™ Product Type
Polymer Properties Nominal Physical Properties*
Viton™ Fluoroelastomer
Product Description
Viton™ Fluoroelastomer
Product Suggested Uses/Applications
Nominal Viscosity, ML1 + 10 at 121 °C (250 °F)
Specific Gravity
Polymer Fluorine Content,
%
Compression Set, %
70 hr/200 °C (392 °F)
Temperature of
Retraction (TR-10), °C
Volume Increase,
After 7 days/MeOH/23 °C
(73 °F)
B-Types: Curative-Containing Precompounds
B-435C 40 1.85 68.5 25 –14 +35 to 45%Improved processing/mold release/bonding vs. B-641C, B-651C
Injection—compression molding of metal-bonded parts
B-601C 60 1.85 68.5 20 –14 +35 to 45%Excellent balance of resistance to compression set/fluids
Compression—injection molding of O-rings, simple shapes
B-651C 60 1.85 68.5 30 –14 +35 to 45%Excellent mold flow, very good tear resistance, bonding to metal inserts
Compression—injection molding of complex shapes, bonded metal inserts
B-Types: Gum Polymers
GBL-200S 20-30 1.85 67.0 30 –16 +40 to 50%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: transfer—compression molding auto lubricating oil, coolant system seals
GBL-600S 65 1.85 67.0 30 –16 +40 to 50%Excellent resistance to automotive lubricating oils, aqueous fluids
FDA-compliant**: compression molding automotive lubricating oil, coolant system seals
B-202 20 1.86 68.5 25 –14 +35 to 45%Excellent extrudability; lower MeOH permeability than A-types
High shear extrusion applications—fuel hose veneer, coatings
B-600 60 1.86 68.5 20 –14 +35 to 45%
Intermediate viscosity, excellent polymer rheology, superior fluids resistance
Compression, transfer, and injection molding
F-Types: Curative-Containing Precompounds
F-605C 60 1.90 69.5 30 –8 +5 to 10%
Improved polymer base vs. F-601C—improved rheology, compression set
Compression molded goods requiring best fluids resistance
F-Types: Gum Polymers
GF-200S 25–30 1.91 70.0 35 –6 +3 to 5% Low viscosity version of GF-600S
FDA-compliant**: injection transfer, or compression molded goods requiring best fluids resistance
GF-600S 65 1.91 70.0 35 –6 +3 to 5%
Superior resistance to broad range of fluids and chemicals, including MeOH
FDA-compliant**: compression molded goods requiring best fluids resistance
continued
Plastics SolutionsOur products – your success.
Additives for Rubber processing
High Temperature Plasticizers
Physical Properties
Emery Oleochemicals, ein 50:50 Joint Venture aus Sime Darby Plantation und PTT Chemical International Pte Ltd, ist einer der weltweit größten Produzenten von Oleochemikalien, welche aus nachwachsenden Rohstoffen generiert werden und somit eng mit dem Begriff der Nachhaltigkeit verknüpft sind.
Am deutschen Standort in Loxstedt werden u.a. Weichmacher und Verabeitungshilfen für die Kunststoffindustrie hergestellt. EDENOL© Produkte sind heute in vielen Rezepturen polarer Kautschuke zur Verbesserung der Verarbeitungs- , sowie der Vulkanisateigenschaften über ein breites Temperaturspektrum im Einsatz.
34
Plastics Solutions Our products – your success.
Additives for Rubber processing
Function Product Polymer Description Delivery Form
MeltingRange (°C)
Dosage(phr)
Plasticizer EDENOL® 102 Synthetic Rubbers Fatty acid polyglycol ester liquid – 5 - 40
Plasticizer EDENOL® 111 Synthetic Rubbers Adipate ester liquid – 5 - 40
Plasticizer EDENOL® 123 Synthetic Rubbers Butyl carbitol formal liquid – 5 - 40
Plasticizer EDENOL® 181 Synthetic Rubbers High molecular weight adipate ester
liquid – 5 - 40
Plasticizer EDENOL® 202 Synthetic Rubbers Polymeric plasticizer liquid – 5 - 40
Plasticizer EDENOL® 206 Synthetic Rubbers Polymeric plasticizer liquid – 5 - 40
Plasticizer EDENOL® 210 Synthetic Rubbers Polymeric plasticizer based on adipic acid
liquid – 5 - 40
Plasticizer EDENOL® 240 Synthetic Rubbers Polymeric plasticizer based on adipic acid
liquid – 5 - 40
Plasticizer EDENOL® 298 Synthetic Rubbers Polymeric plasticizer liquid – 5 - 40
Plasticizer EDENOL® 888 Synthetic Rubbers Sebacate ester liquid – 5 - 40
Plasticizer EDENOL® DBS Synthetic Rubbers Sebacate ester liquid – 5 - 40
Plasticizer EDENOL® DOZ Synthetic Rubbers Azelaic ester liquid – 5 - 40
Plasticizer EDENOL® T810T STAB Synthetic Rubbers Trimellitate ester liquid – 5 - 40
Plasticizer EDENOL® TOT Stab Synthetic Rubbers Trimellitate ester liquid – 5 - 40
Plastics SolutionsOur products – your success.
Additives for Rubber processing
High Temperature Plasticizers
Physical Properties
Emery Oleochemicals, ein 50:50 Joint Venture aus Sime Darby Plantation und PTT Chemical International Pte Ltd, ist einer der weltweit größten Produzenten von Oleochemikalien, welche aus nachwachsenden Rohstoffen generiert werden und somit eng mit dem Begriff der Nachhaltigkeit verknüpft sind.
Am deutschen Standort in Loxstedt werden u.a. Weichmacher und Verabeitungshilfen für die Kunststoffindustrie hergestellt. EDENOL© Produkte sind heute in vielen Rezepturen polarer Kautschuke zur Verbesserung der Verarbeitungs- , sowie der Vulkanisateigenschaften über ein breites Temperaturspektrum im Einsatz.
35
Plastics Solutions Our products – your success.
Additives for Rubber processing
Function Product Polymer Description Delivery Form
MeltingRange (°C)
Dosage(phr)
Antistatic Agent LOXIOL® 3366 Synthetic Rubbers Polyol partial ester liquid – 0.5–10.0
Antistatic Agent LOXIOL® 3380 Synthetic Rubbers Mixture based on polyglycol ester liquid – 0.2–5.0
Release Agent LOXIOL® 3820 Synthetic Rubbers Wax ester liquid – 0.2–0.5
Release Agent LOXIOL® E SPEZIAL Synthetic Rubbers Erucic acid amide solid 80 - 86 0.1 - 0.5
Antiblocking-/ Slip Agent
LOXIOL® EBS SPEZIAL Synthetic Rubbers Ethylene-bis-stearamide solid 141 - 147 0.5 - 1.0
Lubricant LOXIOL® EBS SPEZIAL Synthetic Rubbers Ethylene-bis-stearamide solid 141 - 147 0.05 - 1.0
Lubricant LOXIOL® EP 3500 Synthetic Rubbers Ca-stearate solid 150–170 0.2–1.0
Release Agent LOXIOL® EP 3500 Synthetic Rubbers Ca-stearate solid 150–170 0.2–1.0
Release Agent LOXIOL® G 20 Synthetic Rubbers Fatty acid solid 54–56 1.0–2.0
Antiblocking-/ Slip Agent
LOXIOL® OA SPEZIAL Synthetic Rubbers Oleic acid amide solid 68 - 78 0.05 . 0.2
Release Agent LOXIOL® OA SPEZIAL Synthetic Rubbers Oleic acid amide solid 68 - 78 0.05 . 0.2
Lubricant LOXIOL® P 1732 Synthetic Rubbers Combination lubricant solid 100–115 0.3–1.2
Release Agent LOXIOL® P 1732 Synthetic Rubbers Combination lubricant solid 100–115 0.3–1.2
Lubricant LOXIOL® P 728 Synthetic Rubbers Polyol partial ester solid 49–52 0.2–0.5
Release Agent LOXIOL® P 728 Synthetic Rubbers Polyol partial ester solid 49–52 0.2–0.5
Lubricant LOXIOL® P 861 / 3.5 Synthetic Rubbers Polyol ester solid 60–63 0.2–0.5
Release Agent LOXIOL® S SPEZIAL Synthetic Rubbers Stearic acid amide solid 95 - 105 0.1 - 0.8
Rubber ResinsPRODUCT SELECTOR GUIDE
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
Unique Solutions for Rubber ResinsAt SI Group, our unparalleled experience is what sets us apart. Our broad portfolio of tackifier, bonding, curing and reinforcing resins is used in rubber compounding to improve performance of rubber products like tires, technical rubber goods and vehicle parts. SI Group’s rubber selector guide has been designed to make your product selection decisions faster and easier. Additionally, our teams of technical experts are available to provide guidance and expertise along the way.
Tackifier Resins
The high performance and consistent quality of our standard and super tackifier resins differentiate us. As a global leader in alkylphenolic resins, our offerings provide optimal tack for various time and environmental requirements. SI Group tackifier resins are added to rubber compounds to promote the bonding of different parts (plies) that make up a rubber product until they are cured or vulcanized.
Curing Resins
Our unique range of phenolic curing resins and our deep experience enable compounders to achieve outstanding heat and aging resistance in low unsaturation diene rubbers. Compared to sulfur curing systems, SI Group resins provide better heat and moisture resistance, ideal for repeated heat cycles such as butyl curing bladders. They are the go-to technology for the production of TPV. They can match peroxide cured systems in properties, and with advanced activation systems including our brominated resin can also provide fast cure.
Bonding Resins
Our adhesion promoting offerings improve the overall bonding to mechanical reinforcements. Our ELAZTOBOND®A250LP bonding resins contain zero free resorcinol while providing excellent rubber-to-rubber knit strength. SI Group bonding resins produce crosslinked secondary networks, high modulus, good adhesion and high reactivity.
Reinforcing Resins
Our reinforcing resin portfolio provides increased hardness, toughness, stiffness and abrasion, and tear resistance to the rubber compound. Because of their low viscosity in the mixer, they come into their own in high hardness applications where fillers are difficult to incorporate. We provide several reinforcing resin options including straight phenol-formaldehyde, distilled tall oil modified, and cashew nutshell liquid modified, all with low residual monomer grades, enabling compatibility with many types of rubber.
SI Group’s rubber resins improve the safety and durability of modern tires.
RUBBER TYPES MENTIONED IN THE TABLES
NR Natural Rubber
SBR Styrene Butadiene Rubber
BR Butadiene Rubber
IIR Isobutylene Isoprene Rubber (Butyl)
CIIR/BIIR Chloro or Bromobutyl Rubber
NBR Acrylonitrile Butadiene Rubber (Nitrile)
HNBR Hydrogenated NBR
EPDM Ethylene Propylene Diene Monomer
36
Rubber ResinsPRODUCT SELECTOR GUIDE
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
Unique Solutions for Rubber ResinsAt SI Group, our unparalleled experience is what sets us apart. Our broad portfolio of tackifier, bonding, curing and reinforcing resins is used in rubber compounding to improve performance of rubber products like tires, technical rubber goods and vehicle parts. SI Group’s rubber selector guide has been designed to make your product selection decisions faster and easier. Additionally, our teams of technical experts are available to provide guidance and expertise along the way.
Tackifier Resins
The high performance and consistent quality of our standard and super tackifier resins differentiate us. As a global leader in alkylphenolic resins, our offerings provide optimal tack for various time and environmental requirements. SI Group tackifier resins are added to rubber compounds to promote the bonding of different parts (plies) that make up a rubber product until they are cured or vulcanized.
Curing Resins
Our unique range of phenolic curing resins and our deep experience enable compounders to achieve outstanding heat and aging resistance in low unsaturation diene rubbers. Compared to sulfur curing systems, SI Group resins provide better heat and moisture resistance, ideal for repeated heat cycles such as butyl curing bladders. They are the go-to technology for the production of TPV. They can match peroxide cured systems in properties, and with advanced activation systems including our brominated resin can also provide fast cure.
Bonding Resins
Our adhesion promoting offerings improve the overall bonding to mechanical reinforcements. Our ELAZTOBOND®A250LP bonding resins contain zero free resorcinol while providing excellent rubber-to-rubber knit strength. SI Group bonding resins produce crosslinked secondary networks, high modulus, good adhesion and high reactivity.
Reinforcing Resins
Our reinforcing resin portfolio provides increased hardness, toughness, stiffness and abrasion, and tear resistance to the rubber compound. Because of their low viscosity in the mixer, they come into their own in high hardness applications where fillers are difficult to incorporate. We provide several reinforcing resin options including straight phenol-formaldehyde, distilled tall oil modified, and cashew nutshell liquid modified, all with low residual monomer grades, enabling compatibility with many types of rubber.
SI Group’s rubber resins improve the safety and durability of modern tires.
RUBBER TYPES MENTIONED IN THE TABLES
NR Natural Rubber
SBR Styrene Butadiene Rubber
BR Butadiene Rubber
IIR Isobutylene Isoprene Rubber (Butyl)
CIIR/BIIR Chloro or Bromobutyl Rubber
NBR Acrylonitrile Butadiene Rubber (Nitrile)
HNBR Hydrogenated NBR
EPDM Ethylene Propylene Diene Monomer
37
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
TackifiersSI Group’s wide selection of tackifier resins are well known as an essential component in tire production, where they help prevent expensive delamination in green tires. The products have been developed to meet the broad variety of tack needs in many kinds of rubber and different applications. Additionally, several grades are used in other situations including for low-polarity rubbers such as EPDM, for retreading, or for specific technical rubber applications.
SI Group offers a wide range of tackifier resins that provide the optimal tack for specific compounds, time and condition requirements, while also ensuring high quality and consistent performance.
Product NameTack Retention
Tack LevelMelting Point (ºC),
Ring and Ball
BenefitsNR SBR BR IIR NBR EPDM 50 100 150
Standard PTOP Tackifier
SP-1068 standardThe industry standard phenolic tackifier. Wide use in tire and technical rubber goods (TRG).
Modified PTOP Tackifier
ELAZTOBOND® T6000 excellent
Supertackifier for highly filled compounds and low tack polymers. Excellent tack retention.
SP-1077 standardCreates high tack in EPDM and other low polarity rubbers.
PTBP Tackifier
SMD-31144 improvedGood tack retention, recommended for retreading stocks.
High Effectiveness Low
38
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
TackifiersSI Group’s wide selection of tackifier resins are well known as an essential component in tire production, where they help prevent expensive delamination in green tires. The products have been developed to meet the broad variety of tack needs in many kinds of rubber and different applications. Additionally, several grades are used in other situations including for low-polarity rubbers such as EPDM, for retreading, or for specific technical rubber applications.
SI Group offers a wide range of tackifier resins that provide the optimal tack for specific compounds, time and condition requirements, while also ensuring high quality and consistent performance.
Product NameTack Retention
Tack LevelMelting Point (ºC),
Ring and Ball
BenefitsNR SBR BR IIR NBR EPDM 50 100 150
Standard PTOP Tackifier
SP-1068 standardThe industry standard phenolic tackifier. Wide use in tire and technical rubber goods (TRG).
Modified PTOP Tackifier
ELAZTOBOND® T6000 excellent
Supertackifier for highly filled compounds and low tack polymers. Excellent tack retention.
SP-1077 standardCreates high tack in EPDM and other low polarity rubbers.
PTBP Tackifier
SMD-31144 improvedGood tack retention, recommended for retreading stocks.
High Effectiveness Low
Product NameCure Speed† Form
Methylol Content (%) Melting Point (ºC)
Benefits6 8 10 12 14 80 90 100 110
Octyphenol Resol
SP-1045 3 FlakesAn octylphenol resol based curing resin that offers moderate cure speed. Ideal for use in tire bladder manufacture to cure IIR.
HRJ-10518 4 FlakesAn octylphenol resol curing resin that offers faster cure speed than other non-brominated alternatives.
Octyphenol Resol, Brominated
SP-1055 7 Flakes
A brominated octylphenol based curing resin that offers very fast cure. With this product there is no need for added halogen donor. Ideal for small cross cross-section parts with short cure cycles.
Butylphenol Resol
ELAZTOBOND® C650 3 Flakes
A PTOP free curing resin with moderate cure speed
ELAZTOBOND® C730 3 Flakes
A PTOP free curing resin with faster cure speed.
Special Alylphenol Resol in Oil
SMD-31214A 4
Liquid (30% solids content)
N/A
Developed to cure EPDM for continuous production of TPV, this specialised resin is supplied in a compatible oil, ideal for use in liquid feed systems therefore easy to disperse.
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
*of the solid resin, 3.4% if oil included
*
Rubber Type* Resin Cure Suitability
NR, SBR, BR Will crosslink but generally not used due to high unsaturation; used for NR based adhesives
IIR, CIIR, BIIR Gives exceptional heat aging performance; widely used for tire bladder production
NBR, HNBR Gives exceptional aging properties
EPDM Gives exceptional aging properties; especially suitable for thermoplastic vulcanisate (TPV) production
*See definitions on Page 1 of the Rubber Resins Product Selector Guide
Curing ResinsPioneers in the field, SI Group’s innovative rubber curing solutions have been developed through years of product and application testing with our customers. Phenolic curing resins work in rubbers that have activated C=C bonds and are particularly useful in low unsaturation polymers because the combination provides exceptional heat and aging resistance.
The formulation needs other ingredients to activate cure and regulate speed. Alternatives include:
• Halogen donor (e.g., polychloroprene) + zinc oxide• Metal halide (e.g., stannous chloride) + zinc oxide• Brominated resin SP-1055 + zinc oxide
Other ingredients can have a retarding or accelerating effect on cure. We can advise on starter formulations.
† Indicative values from 1 (very slow) to 10 (extremely fast) in IIR
39
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
Bonding ResinsSI Group’s bonding resin offerings are used to meet the optimal performance required by our customers in rubber compounds, either as solid resins or in a water-based dipping system as liquid resins. Bonding resin selection needs to take into account the rubber, the mechanical reinforcement (wire or textile), the surface treatment of the reinforcement, the process conditions and the service conditions of the final product. All solid bonding resins require a curative such as HMMM or HMT.
Compatibility Melting Point (ºC)
BenefitsProduct Name Type Form NR SBR BR IIR NBR EPDM 100 120 140
Solid Phenolic Resin
ELAZTOBOND® A250LP
Zero free resorcinol, modified phenolic resin
Flakes
A modified phenolic resin designed to give long-term bonding with exceptional flex resistance and aging properties. Provides a very low fume level and zero free resorcinol.
R7576HRModified phenolic resin
Pastilles
A modified phenolic resin that offers a very low fume level while maintaining good aging properties.
High Effectiveness Low
Water-Based Resin
Product Name Type Form Viscosity (mPas) Solids Content % pH Benefits
SRF-1524Resorcinol / formaldehyde resin in water
Liquid 3000–5000 73–77 1.2–2.5Used as a component of latex dip systems for tire cord or belt and hose fabric.
Our bonding resins help to provide permanent bonds between rubber and mechanical reinforcements such as wire and textiles.
40
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
Bonding ResinsSI Group’s bonding resin offerings are used to meet the optimal performance required by our customers in rubber compounds, either as solid resins or in a water-based dipping system as liquid resins. Bonding resin selection needs to take into account the rubber, the mechanical reinforcement (wire or textile), the surface treatment of the reinforcement, the process conditions and the service conditions of the final product. All solid bonding resins require a curative such as HMMM or HMT.
Compatibility Melting Point (ºC)
BenefitsProduct Name Type Form NR SBR BR IIR NBR EPDM 100 120 140
Solid Phenolic Resin
ELAZTOBOND® A250LP
Zero free resorcinol, modified phenolic resin
Flakes
A modified phenolic resin designed to give long-term bonding with exceptional flex resistance and aging properties. Provides a very low fume level and zero free resorcinol.
R7576HRModified phenolic resin
Pastilles
A modified phenolic resin that offers a very low fume level while maintaining good aging properties.
High Effectiveness Low
Water-Based Resin
Product Name Type Form Viscosity (mPas) Solids Content % pH Benefits
SRF-1524Resorcinol / formaldehyde resin in water
Liquid 3000–5000 73–77 1.2–2.5Used as a component of latex dip systems for tire cord or belt and hose fabric.
Our bonding resins help to provide permanent bonds between rubber and mechanical reinforcements such as wire and textiles.
RUBBER RESINS PRODUCT SELECTOR GUIDE www.siigroup.com
Reinforcing ResinsSI Group offers a range of resins to meet the reinforcing requirements for many types of rubber and to provide low residual monomer solutions. The resins work by reacting with a crosslinker (HMMM or HMT) to form a strong three-dimensional network inside the rubber. SI Group’s reinforcing resin solutions provide increased hardness, toughness, stiffness, abrasion and tear resistance to the rubber compound, especially at low strains. The selection of a reinforcing resin system should consider the required static and dynamic physical properties, processing and curing.
Reinforcing Resins
Product Name
Scorch Safety In* Effectiveness at 10 phr in Melting Point (ºC)
BenefitsForm NR SBR/BR NR SBR BR IIR NBR EPDM 80 100 120
Phenol-Formaldehyde (PF) Resin
SFP-169 Pastilles 3 3General purpose, low residual phenol reinforcing resin. Good compromise between scorch safety and final hardness.
Cashew Nutshell Liquid (CNSL) Modified Resin
SP-6700 Pastilles 3 5Gives higher hardness than P/F or DTO in some rubbers, can be scorch sensitive.
SP-6600 Powder 3 5Powder form helps incorporation in final mixing stage; contains HMT crosslinker.
Distilled Tall Oil (DTO) Modified Resin
SP-6701 / SMD 3644 Flakes 9 9
Low viscosity helps filler incorporation, good scorch safety.
SP-6601 Powder 9 9Powder form helps incorporation in final mixing stage; contains HMT crosslinker.
High Effectiveness Low
* Scorch safety - Higher number indicates small reduction in scorch time, lower number indicates bigger reduction in scorch time.
41
www.siigroup.comRUBBER RESINS PRODUCT SELECTOR GUIDE
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AsiaChinaKoreaIndiaSingapore
Rubber Center of Competence
Manufacturing centers—Resin ( EMEA)
Manufacturing centers—Chemical
Global R&D Centers
Corporate HeadquartersNiskayuna, NY
SI Group Rubber ResinsEurope, Middle East and Africa
Key Facts
• 20+ global manufacturing facilities in the US, Brazil, China, United Kingdom, France, India, Korea, Singapore, South Africa and Switzerland
• More than 2,700 employees• Customers in more than 90 countries• World headquarters in Niskayuna, NY, USA
SI Group has been producing rubber resins in the Europe, Middle East and Africa region since the 1960s. Our resin plants in the region are located in Bethune, France; and Durban and Johannesburg, South Africa.
Our global rubber resin offerings are backed by world-class manufacturing and R&D. Additionally, our sales and technical experts are available to assist customers in the selection and use of our products.
Bethune, France Durban, South Africa Johannesburg, South Africa
42
www.siigroup.comRUBBER RESINS PRODUCT SELECTOR GUIDE
North AmericaUnited States
South AmericaBrazil
EuropeUnited KingdomFranceSwitzerland
AfricaSouth Africa
AsiaChinaKoreaIndiaSingapore
Rubber Center of Competence
Manufacturing centers—Resin ( EMEA)
Manufacturing centers—Chemical
Global R&D Centers
Corporate HeadquartersNiskayuna, NY
SI Group Rubber ResinsEurope, Middle East and Africa
Key Facts
• 20+ global manufacturing facilities in the US, Brazil, China, United Kingdom, France, India, Korea, Singapore, South Africa and Switzerland
• More than 2,700 employees• Customers in more than 90 countries• World headquarters in Niskayuna, NY, USA
SI Group has been producing rubber resins in the Europe, Middle East and Africa region since the 1960s. Our resin plants in the region are located in Bethune, France; and Durban and Johannesburg, South Africa.
Our global rubber resin offerings are backed by world-class manufacturing and R&D. Additionally, our sales and technical experts are available to assist customers in the selection and use of our products.
Bethune, France Durban, South Africa Johannesburg, South Africa
43
446 7
Carbon Blacks
Property*UnitTest Method
Iodinemg / gASTM D 1510
STSAm²/gASTM D 6556
OANml / 100 gASTM D 2414
COANml / 100 gASTM D 3493
Tint–ASTM D 3265
Sieve ResidueppmASTM D 1514
IPH avg.gASTM D 5230
Heating Loss%ASTM D 1509
Fines %ASTM D 1508
Pour Densityg / dm³ASTM D 1513
NDMppmASTM D 7724
Property*UnitTest Method
ASTM Carbon Blacks CORAX® N115 160 124 113 97 123 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 345 – CORAX® N115
CORAX® N121 121 114 132 111 119 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 320 – CORAX® N121
CORAX® N134 142 131 127 102 131 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 320 – CORAX® N134
CORAX® N220 121 106 114 98 116 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 350 – CORAX® N220
CORAX® N234 120 113 125 100 124 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 325 – CORAX® N234
CORAX® N326 82 77 72 69 111 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 455 – CORAX® N326
CORAX® N330 82 76 102 88 103 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 370 – CORAX® N330
CORAX® N339 90 88 120 99 110 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 340 – CORAX® N339
CORAX® N347 90 83 124 99 105 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 330 – CORAX® N347
CORAX® N375 90 90 114 96 114 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 345 – CORAX® N375
CORAX® N550 43 39 121 85 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 365 – CORAX® N550
CORAX® N660 36 34 90 74 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 440 – CORAX® N660
CORAX® N683 35 34 133 87 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 350 – CORAX® N683
CORAX® N772 30 30 65 59 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 530 – CORAX® N772
CORAX® N774 29 29 72 63 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 495 – CORAX® N774
HP Blacks CORAX® HP 130 115 122 135 - - ≤ 500 ≤ 40 ≤ 1.2 ≤ 10.0 300 – CORAX® HP 130
CORAX® HP 180 205 175 130 103 – ≤ 500 ≤ 45 ≤ 2.5 ≤ 7.0 300 – CORAX® HP 180
ECORAX® ECORAX® 1670 100 92 140 107 104 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 310 – ECORAX® 1670
ECORAX® 1720 127 115 135 110 112 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 320 – ECORAX® 1720
ECORAX® S 470 54 47 133 – – ≤ 300 ≤ 30 ≤ 1.0 ≤ 10.0 335 ECORAX® S 470
ECORAX® S 204 19 19 138 76 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 345 – ECORAX® S 204
ECORAX® S 206 19 19 75 60 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 520 – ECORAX® S 206
PUREX® PUREX® LS 18 19 19 75 60 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 520 ≤ 80 PUREX® LS 18
PUREX® HS 20 19 19 138 76 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 345 ≤ 80 PUREX® HS 20
PUREX® HS 22 21 20 102 75 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 430 ≤ 80 PUREX® HS 22
PUREX® HS 25 28 28 123 83 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 375 ≤ 80 PUREX® HS 25
PUREX® LS 30 RP** 30 30 65 – – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 530 ≤ 80 PUREX® LS 30 RP**
PUREX® HS 40 43 38 111 82 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 385 ≤ 80 PUREX® HS 40
PUREX® HS 45 43 39 121 85 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 365 ≤ 80 PUREX® HS 45
PUREX® HS 45 RP** 43 39 121 85 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 365 ≤ 80 PUREX® HS 45 RP**
PUREX® HS 55 54 47 133 – – ≤ 50 ≤ 40 ≤ 0.50 ≤ 10.0 335 ≤ 80 PUREX® HS 55
Lamp Blacks DUREX® 0 BEADS 30 17 – – – ≤ 50 ≤ 40 ≤ 0.75 ≤ 7.0 375 ≤ 80 DUREX® 0 BEADS
DUREX® 0 POWDER 35 18 – – – ≤ 50 – ≤ 0.75 – 150 ≤ 80 DUREX® 0 POWDER
Gas Black CK 3 – 80 104 – – ≤ 100 ≤ 40 ≤ 4.0 ≤ 7.0 380 – CK 3
Thermal Black CORAX® N990 10 – 38 – – ≤ 30 – ≤ 0.20 ≤ 8.0 640 – CORAX® N990
Conductive Blacks PRINTEX® L6 BEADS 300 125 124 – – ≤ 50 ≤ 20 ≤ 2.0 ≤ 12.0 – – PRINTEX® L6 BEADS
PRINTEX® XE2 B 1125 1000 420 – – ≤ 500 ≤ 20 ≤ 2.0 ≤ 12.0 – – PRINTEX® XE2 B
* detailed designations: Iodine: Iodine adsorption numberSTSA: Statistical thickness surface area
OAN: Oil absorption numberCOAN: Oil absorption number of compressed sampleIPH avg.: Individual pellet hardness, average 1.4 – 1.7 mm
** Carbon Black with low content of polycyclic aromatic hydrocarbons (PAH)
456 7
Carbon Blacks
Property*UnitTest Method
Iodinemg / gASTM D 1510
STSAm²/gASTM D 6556
OANml / 100 gASTM D 2414
COANml / 100 gASTM D 3493
Tint–ASTM D 3265
Sieve ResidueppmASTM D 1514
IPH avg.gASTM D 5230
Heating Loss%ASTM D 1509
Fines %ASTM D 1508
Pour Densityg / dm³ASTM D 1513
NDMppmASTM D 7724
Property*UnitTest Method
ASTM Carbon Blacks CORAX® N115 160 124 113 97 123 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 345 – CORAX® N115
CORAX® N121 121 114 132 111 119 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 320 – CORAX® N121
CORAX® N134 142 131 127 102 131 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 320 – CORAX® N134
CORAX® N220 121 106 114 98 116 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 350 – CORAX® N220
CORAX® N234 120 113 125 100 124 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 325 – CORAX® N234
CORAX® N326 82 77 72 69 111 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 455 – CORAX® N326
CORAX® N330 82 76 102 88 103 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 370 – CORAX® N330
CORAX® N339 90 88 120 99 110 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 340 – CORAX® N339
CORAX® N347 90 83 124 99 105 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 330 – CORAX® N347
CORAX® N375 90 90 114 96 114 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 345 – CORAX® N375
CORAX® N550 43 39 121 85 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 365 – CORAX® N550
CORAX® N660 36 34 90 74 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 440 – CORAX® N660
CORAX® N683 35 34 133 87 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 350 – CORAX® N683
CORAX® N772 30 30 65 59 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 530 – CORAX® N772
CORAX® N774 29 29 72 63 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 495 – CORAX® N774
HP Blacks CORAX® HP 130 115 122 135 - - ≤ 500 ≤ 40 ≤ 1.2 ≤ 10.0 300 – CORAX® HP 130
CORAX® HP 180 205 175 130 103 – ≤ 500 ≤ 45 ≤ 2.5 ≤ 7.0 300 – CORAX® HP 180
ECORAX® ECORAX® 1670 100 92 140 107 104 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 310 – ECORAX® 1670
ECORAX® 1720 127 115 135 110 112 ≤ 500 ≤ 45 ≤ 1.0 ≤ 7.0 320 – ECORAX® 1720
ECORAX® S 470 54 47 133 – – ≤ 300 ≤ 30 ≤ 1.0 ≤ 10.0 335 ECORAX® S 470
ECORAX® S 204 19 19 138 76 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 345 – ECORAX® S 204
ECORAX® S 206 19 19 75 60 – ≤ 300 ≤ 45 ≤ 1.0 ≤ 7.0 520 – ECORAX® S 206
PUREX® PUREX® LS 18 19 19 75 60 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 520 ≤ 80 PUREX® LS 18
PUREX® HS 20 19 19 138 76 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 345 ≤ 80 PUREX® HS 20
PUREX® HS 22 21 20 102 75 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 430 ≤ 80 PUREX® HS 22
PUREX® HS 25 28 28 123 83 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 375 ≤ 80 PUREX® HS 25
PUREX® LS 30 RP** 30 30 65 – – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 530 ≤ 80 PUREX® LS 30 RP**
PUREX® HS 40 43 38 111 82 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 385 ≤ 80 PUREX® HS 40
PUREX® HS 45 43 39 121 85 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 365 ≤ 80 PUREX® HS 45
PUREX® HS 45 RP** 43 39 121 85 – ≤ 50 ≤ 40 ≤ 0.50 ≤ 7.0 365 ≤ 80 PUREX® HS 45 RP**
PUREX® HS 55 54 47 133 – – ≤ 50 ≤ 40 ≤ 0.50 ≤ 10.0 335 ≤ 80 PUREX® HS 55
Lamp Blacks DUREX® 0 BEADS 30 17 – – – ≤ 50 ≤ 40 ≤ 0.75 ≤ 7.0 375 ≤ 80 DUREX® 0 BEADS
DUREX® 0 POWDER 35 18 – – – ≤ 50 – ≤ 0.75 – 150 ≤ 80 DUREX® 0 POWDER
Gas Black CK 3 – 80 104 – – ≤ 100 ≤ 40 ≤ 4.0 ≤ 7.0 380 – CK 3
Thermal Black CORAX® N990 10 – 38 – – ≤ 30 – ≤ 0.20 ≤ 8.0 640 – CORAX® N990
Conductive Blacks PRINTEX® L6 BEADS 300 125 124 – – ≤ 50 ≤ 20 ≤ 2.0 ≤ 12.0 – – PRINTEX® L6 BEADS
PRINTEX® XE2 B 1125 1000 420 – – ≤ 500 ≤ 20 ≤ 2.0 ≤ 12.0 – – PRINTEX® XE2 B
* detailed designations: Iodine: Iodine adsorption numberSTSA: Statistical thickness surface area
OAN: Oil absorption numberCOAN: Oil absorption number of compressed sampleIPH avg.: Individual pellet hardness, average 1.4 – 1.7 mm
** Carbon Black with low content of polycyclic aromatic hydrocarbons (PAH)
08 | Smarter Stabilization Solutions for Elastomers
Aminic Antioxidants(Staining and Discoloring)
Aminox®
BLE®25
Naugard® 445
Naugard® PS30
Octamine®
Naugard® Q
Phenolic Antioxidants(Non Staining Non Discoloring)
Lowinox® 22M46
Lowinox® 22M46-45D
Lowinox® CPL
Lowinox® CPL-50D
Naugard® PS48
Naugawhite®
AntiozonantsDurazone® 37
Flexzone® 4L
Novazone® AS
Sunproof® Extra
Sunproof® Improved
Sunproof® Junior FT
Sunproof® Super
Curing AgentsHepteen® Base
Trimene Base®
Royalac® 150 liquid
Retarder ESEN
Bonding Agent P-1
Mol
ded
&
Mec
hani
cal G
oods
Tire
s
Floo
r Cov
erin
gs&
Mat
s
Elec
tric
Cab
les
Conv
eyor
Bel
ts
Was
hing
Mac
hine
Seal
s
Roof
Cov
erin
gs
Elec
tric
Cab
les
Car W
indo
w&
Doo
r Sea
ls
Tire
s
Brid
ge B
eari
ngs
Engi
ne M
ount
ings
Hos
e
Shoe
Sol
es
Toys
& A
rtic
les
for
Child
ren
ELASTOMER COMPOUNDINGSELECTOR GUIDE
SBR | EPDM | Natural Rubber |
• ••
• • • • • • • • • • • •
• • • • •
• • • • • • •
• • • • • •
• •
• • • ° ° ° ° • • • • • •• • • • • • •
•• • • • •• • • • •• • • • •• • • • •
• • • •° ° ° ° ° °
• •
• • • • • • •
Alterungsschutzmittel der ADDIVANT verlängern u.a. die Lebensdauer von Kautschukvulkanisaten. Je nach Produkt schützen sie das fertige Bauteil temporär vor Ermüdungserscheinungen, die beispielsweise durch Hitze- und Ozoneinwirkung hervorgerufen werden können.
ELASTOMER COMPOUNDING SELECTOR GUIDE
46
08 | Smarter Stabilization Solutions for Elastomers
Aminic Antioxidants(Staining and Discoloring)
Aminox®
BLE®25
Naugard® 445
Naugard® PS30
Octamine®
Naugard® Q
Phenolic Antioxidants(Non Staining Non Discoloring)
Lowinox® 22M46
Lowinox® 22M46-45D
Lowinox® CPL
Lowinox® CPL-50D
Naugard® PS48
Naugawhite®
AntiozonantsDurazone® 37
Flexzone® 4L
Novazone® AS
Sunproof® Extra
Sunproof® Improved
Sunproof® Junior FT
Sunproof® Super
Curing AgentsHepteen® Base
Trimene Base®
Royalac® 150 liquid
Retarder ESEN
Bonding Agent P-1
Mol
ded
&
Mec
hani
cal G
oods
Tire
s
Floo
r Cov
erin
gs&
Mat
s
Elec
tric
Cab
les
Conv
eyor
Bel
ts
Was
hing
Mac
hine
Seal
s
Roof
Cov
erin
gs
Elec
tric
Cab
les
Car W
indo
w&
Doo
r Sea
ls
Tire
s
Brid
ge B
eari
ngs
Engi
ne M
ount
ings
Hos
e
Shoe
Sol
es
Toys
& A
rtic
les
for
Child
ren
ELASTOMER COMPOUNDINGSELECTOR GUIDE
SBR | EPDM | Natural Rubber |
• ••
• • • • • • • • • • • •
• • • • •
• • • • • • •
• • • • • •
• •
• • • ° ° ° ° • • • • • •• • • • • • •
•• • • • •• • • • •• • • • •• • • • •
• • • •° ° ° ° ° °
• •
• • • • • • •
Alterungsschutzmittel der ADDIVANT verlängern u.a. die Lebensdauer von Kautschukvulkanisaten. Je nach Produkt schützen sie das fertige Bauteil temporär vor Ermüdungserscheinungen, die beispielsweise durch Hitze- und Ozoneinwirkung hervorgerufen werden können.
ELASTOMER COMPOUNDING SELECTOR GUIDEPolychloroprene | Natural & Synthetic Latex |
Adh
esiv
es
Conv
eyor
Bel
ts
Hos
es
Elec
tric
Cab
les
Foam
ed In
sula
tion
s
Tim
ing
Dri
ves
& V
-Bel
ts
Glo
ves
Mat
tres
ses
& P
illow
s
Carp
et B
ack
Adh
esiv
es
Elas
tic T
hrea
d
Phys
ical
For
m
FDA
App
rova
l
Euro
pean
Foo
dA
ppro
val
° ° ° ° °
• • • • •• • •
• • • • •
• ° ° ° °° ° ° °• • • • •• • • • •
•• • • • • •
° ° ° ° °
••
•
PW, FL,PS ✓
L, PW ✓
PW, GR ✓
L
PW ✓
FL, PS
PW, GR
L
PW, PL ✓
L ✓
L
L, PW ✓
FL
L
FL ✓
FL ✓
FL ✓
PS ✓
FL ✓
L ✓
L ✓
L
PW ✓
PW
Symbols
• Recommended use
° Suggested use
Physical Form:PW PowderGR GranularAM AmorphousPL PelletNDB Non Dust BlendL Liquid
Elastomer FoodContact
✓ = Product has foodcontact clearancein polyolefins in atleast one country.
For more specificapprovals, ask oursales/regulatory people.
47
TSE Industries Inc., ein 1962 gegründetes Familienunternehmen, produziert am Standort in Clearwater, Florida (USA) Gummi- und Kunststoffartikel, Förderbänder, Spezialchemikalien, Klebstoffe, Composite-Materialien und Millathane® und walzbaren Urethankautschuk.
Walzbares Polyurethan bietet dem Gummiverarbeiter die Möglichkeit, den Werkstoff Polyurethan auf klassischem Kautschuk-Equipment zu verarbeiten und somit von den Vorteilen dieses Werkstoffes zu profitieren (hohe Abriebbeständigkeit, hohe Verschleißfestigkeit, niedrige Gaspermeation und gute Reißfestigkeit).
POLYMER COMPARISON Property/Material Millable
UrethaneNeoprene Nitrile Natural rubber EPDM
Tensile strength E G-E F G-E F
Hardness range, Shore A 30-95+ 20-95 20-100 30-100 25-90
Max service temp °C Up to 120 120 120 100 175
Ozone resistance E F-G P P E
Oil Resistance E F E P P
Cut resistance E G F G G
Tear strength E G F G F
Compression set F-G G F-G F G
Abrasion E G-E F G-E F
Heat build-up F-G E P E F-G
Ratings:E-Excellent; G-Good; F-Fair; P-Poor
48
TSE Industries Inc., ein 1962 gegründetes Familienunternehmen, produziert am Standort in Clearwater, Florida (USA) Gummi- und Kunststoffartikel, Förderbänder, Spezialchemikalien, Klebstoffe, Composite-Materialien und Millathane® und walzbaren Urethankautschuk.
Walzbares Polyurethan bietet dem Gummiverarbeiter die Möglichkeit, den Werkstoff Polyurethan auf klassischem Kautschuk-Equipment zu verarbeiten und somit von den Vorteilen dieses Werkstoffes zu profitieren (hohe Abriebbeständigkeit, hohe Verschleißfestigkeit, niedrige Gaspermeation und gute Reißfestigkeit).
POLYMER COMPARISON Property/Material Millable
UrethaneNeoprene Nitrile Natural rubber EPDM
Tensile strength E G-E F G-E F
Hardness range, Shore A 30-95+ 20-95 20-100 30-100 25-90
Max service temp °C Up to 120 120 120 100 175
Ozone resistance E F-G P P E
Oil Resistance E F E P P
Cut resistance E G F G G
Tear strength E G F G F
Compression set F-G G F-G F G
Abrasion E G-E F G-E F
Heat build-up F-G E P E F-G
Ratings:E-Excellent; G-Good; F-Fair; P-Poor
49
BATCH OFFANTIHAFTBEHANDLUNG VON ROHMISCHUNGEN
VORDISPERGIERTE PRODUKTE:Gute Trennwirkung bei problematischen Mischungen Palettenlagerung mit hoher Beladung möglich Einfache Verdünnung und Dosierung des Konzentrats
AQUALUBE 21 5650 53 WKonzentrat / Pre-Dispersion mineral. Füllstoffe in WasserExzellente Trennwirkung auch bei sehr klebrigen MischungenHoher Benetzungsgrad / für alle gängigen Kautschuke geeignet
AQUALUBE 21 7540 S5 WKonzentrat / wässrige Lösung trennungsaktiver Bestandteilesauberer als mineral. Füllstoffdispersionen100% biologisch abbaubar
GUMMI- UND THERMOPLASTGRANULATETROCKEN UND NASSGRANULIERUNG
Vollständige Umhüllung der GranulateHohe Wirkung auch bei hohen GranulierungstemperaturenBiologisch abbaubare Produkte Lebensmittelzulassung
Am Standort S. Pietro Mosezzo, Italien produziert KEMI Spa Trennmittel für die kunststoffverarbeitende Industrie. Die umsatzstärksten Betätigungsfelder sind Trennmittel für die Polyurethan- sowie die Gummiindustrie. Traditionell gesehen ist KEMI einer der größten Lieferanten der Schuhindustrie.
Heute zählen im Segment der Kautschukverarbeitung ebenso Hersteller für Reifen, Hydraulikschläuche, Formschläuche, Antriebsriemen und geschäumte Latex Formartikel zu den Kunden der KEMI. Flexibilität, kundenspezifische Produktentwicklung und ein hoher Grad an technischem Service sind die besonderen Stärken dieses mittelständigen Unternehmens. Die Produktpalette umfasst Batch Off Trennmittel, Formtrennmittel auf Lösemittel- als auch Wasserbasis und silikonhaltige sowie silikonfreie Trennmittel.
50
BATCH OFFANTIHAFTBEHANDLUNG VON ROHMISCHUNGEN
VORDISPERGIERTE PRODUKTE:Gute Trennwirkung bei problematischen Mischungen Palettenlagerung mit hoher Beladung möglich Einfache Verdünnung und Dosierung des Konzentrats
AQUALUBE 21 5650 53 WKonzentrat / Pre-Dispersion mineral. Füllstoffe in WasserExzellente Trennwirkung auch bei sehr klebrigen MischungenHoher Benetzungsgrad / für alle gängigen Kautschuke geeignet
AQUALUBE 21 7540 S5 WKonzentrat / wässrige Lösung trennungsaktiver Bestandteilesauberer als mineral. Füllstoffdispersionen100% biologisch abbaubar
GUMMI- UND THERMOPLASTGRANULATETROCKEN UND NASSGRANULIERUNG
Vollständige Umhüllung der GranulateHohe Wirkung auch bei hohen GranulierungstemperaturenBiologisch abbaubare Produkte Lebensmittelzulassung
Am Standort S. Pietro Mosezzo, Italien produziert KEMI Spa Trennmittel für die kunststoffverarbeitende Industrie. Die umsatzstärksten Betätigungsfelder sind Trennmittel für die Polyurethan- sowie die Gummiindustrie. Traditionell gesehen ist KEMI einer der größten Lieferanten der Schuhindustrie.
Heute zählen im Segment der Kautschukverarbeitung ebenso Hersteller für Reifen, Hydraulikschläuche, Formschläuche, Antriebsriemen und geschäumte Latex Formartikel zu den Kunden der KEMI. Flexibilität, kundenspezifische Produktentwicklung und ein hoher Grad an technischem Service sind die besonderen Stärken dieses mittelständigen Unternehmens. Die Produktpalette umfasst Batch Off Trennmittel, Formtrennmittel auf Lösemittel- als auch Wasserbasis und silikonhaltige sowie silikonfreie Trennmittel.
SPRITZGUSS - FORMTRENNMITTELEinfache Entformung auch schwierig entformbarer Mischungenin allen gängigen Spritzgussprozessen.
AQUALUBE 27 0900 B0Wsemipermanentes Trennmittel speziell für FKMsilikonfrei / thermisch stabil bis >200°C
AQUALUBE 27 2660 Z6W
DORNTRENNMITTELFür die reibungslose Entformung von Schläuchen von flexiblen oder starren Dornen
AQUALUBE 24 1100 90 WGemisch aus hochmolekularen synth. PolymerenExzellente Gleiteigenschaftenhohe thermische Stabilitätbiologisch abbaubar
AQUALUBE 24 2430 00 NGemisch aus speziellen PolyethernExzellente Gleiteigenschaftenhohe thermische Stabilitätbiologisch abbaubar
TRENNMITTEL FÜR ANTRIEBSRIEMENFür die reibungslose Entformung von Riemen (V-belts, Poly-V, Synchronriemen für die Kfz-, Landwirtschafts-, Haushaltsindustrie )
AQUALUBE 25 0660 JO WEmulsion synth. PolymereSehr gute Entformungs- und Gleiteigenschaftenhohe thermische Stabilität
51
Safic-Alcan vertreibt eine umfangreiche Produktpalette für die Kautschukverarbeitung unter eigenen Markennamen. Marken wie VULCOFAC©, ALCHEM©, ALCANPLAST©, SAFICOLOR© etc… haben sich seit vielen Jahren in der Gummiindustrie etabliert und stehen für Produkte aus eigener Herstellung oder auch für „modifizierte“ Handelsware.
CONTENTS PRODUCTS FOR RUBBER AND PLASTICS
VULCOFAC Curing agents Page 48
ALCANPLAST Plasticizers Page 52
OFALUB Processing aids Page 55
SAFIC-CHEM Dry Liquids Page 55
SAFIC-CHEM Miscellaneous masterbatches Page 61
SAFIC-CHEM Antioxidants and Miscellaneous Page 62
SAFIC-CHEM Color masterbatches Page 64
SAFIC-CHEM Pre-weighted sachets Page 64
SAFIC-CHEM Perfumes/Odor neutralizers Page 65
SAFIC-CHEM Tackifying Resins Page 65
52
Safic-Alcan vertreibt eine umfangreiche Produktpalette für die Kautschukverarbeitung unter eigenen Markennamen. Marken wie VULCOFAC©, SAFIC-CHEM©, ALCANPLAST©, OFALUB© etc… haben sich seit vielen Jahren in der Gummiindustrie etabliert und stehen für Produkte aus eigener Herstellung oder auch für „modifizierte“ Handelsware.
VULCOFAC CURING AGENT
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
FORM PACKAGING
VULCOFAC HDC
VULCOFAC HDC MB 75
VULCOFAC HMDC DF
Hexamethylene diamine carbamate 100
75
98
Powder
Masterbatch
Dust free powder
Drums 30 kg
Boxes 25 kg
Drums 30 kg
VULCOFAC 13 PDM MB 70 dimaleimide 70 Granules
VULCOFAC CP 3441
VULCOFAC BPS
Phosphonium salt Sodium Carbonate 70
100
Powder
Powder
Boxes 20 kg
Drums 25 kg
VULCOFAC TZ 2,4,6-trimercapto – s - triazine 100 Powder Drums 30 kg
VULCOFAC TiBTD Tetra isobutyl thiuram disulfide 100 Granules Bag 25 kg
APPLICATIONS
VULCOFAC HDC, VULCOFAC HDC MB 75, VULCOFAC HMDC DF Blocked diamine usable for vulcanization of elastomers reacting with amines such as ethylene acrylate elastomers (VAMAC), bromobutyl, fluorinated rubbers, epichlorhydrins… The most currently used proportions are in the range of 0.8 to 2 phr, depending on the expected final properties of cured part.
VULCOFAC 13 PDM, VULCOFAC 13 PDM MB 70Primary curative for Hypalon synthetic rubber yielding good processing safety and stability, excellent compression set and oil resistance. Secondary accelerator and cure promoter in sulfur or sulfur donor curing system for CSM, improves state of cure in heat resistant compounds. Improves electrical properties of CSM cured with sulfur donor curing system. Coagent for peroxide curing system CSM, EPDM, CPE, AEM.
VULCOFAC CP 3441, VULCOFAC BPSCure system used for the vulcanization of epichlorhydrins and fluoroelastomers... Lead free curing system.
VULCOFAC TZCuring agent for ECO and ACM. It improves heat resistance. It offers a safe curing system alternative to Pbo/ETU
VULCOFAC TiBTDUltra accelerator for EPDM, SBR, NBR, NR
VULCOFAC CURING AGENT
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
FORM PACKAGING
VULCOFAC HDC
VULCOFAC HDC MB 75
VULCOFAC HMDC DF
Hexamethylene diamine carbamate 100
75
98
Powder
Masterbatch
Dust free powder
Drums 30 kg
Boxes 25 kg
Drums 30 kg
VULCOFAC 13 PDM MB 70 dimaleimide 70 Granules
VULCOFAC CP 3441
VULCOFAC BPS
Phosphonium salt Sodium Carbonate 70
100
Powder
Powder
Boxes 20 kg
Drums 25 kg
VULCOFAC TZ 2,4,6-trimercapto – s - triazine 100 Powder Drums 30 kg
VULCOFAC TiBTD Tetra isobutyl thiuram disulfide 100 Granules Bag 25 kg
APPLICATIONS
VULCOFAC HDC, VULCOFAC HDC MB 75, VULCOFAC HMDC DF Blocked diamine usable for vulcanization of elastomers reacting with amines such as ethylene acrylate elastomers (VAMAC), bromobutyl, fluorinated rubbers, epichlorhydrins… The most currently used proportions are in the range of 0.8 to 2 phr, depending on the expected final properties of cured part.
VULCOFAC 13 PDM, VULCOFAC 13 PDM MB 70Primary curative for Hypalon synthetic rubber yielding good processing safety and stability, excellent compression set and oil resistance. Secondary accelerator and cure promoter in sulfur or sulfur donor curing system for CSM, improves state of cure in heat resistant compounds. Improves electrical properties of CSM cured with sulfur donor curing system. Coagent for peroxide curing system CSM, EPDM, CPE, AEM.
VULCOFAC CP 3441, VULCOFAC BPSCure system used for the vulcanization of epichlorhydrins and fluoroelastomers... Lead free curing system.
VULCOFAC TZCuring agent for ECO and ACM. It improves heat resistance. It offers a safe curing system alternative to Pbo/ETU
VULCOFAC TiBTDUltra accelerator for EPDM, SBR, NBR, NR
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VULCOFAC AKTIVATORS
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
BINDER FORM PACKAGING
VULCOFAC ACT 55 Blocked tertiary amine
complex
70 Silica Powder Boxes 20 kg
VULCOFAC ACT 66 Blocked tertiary amine
complex
Silica Powder Boxes 20 kg
VULCOFAC F45 Calcium hydroxide 100 Powder Boxes 20 kg
VULCOFAC DBU-70 1,8 diazabicyclo undecene 7 70 Silica Powder Drum 9 kg
APPLICATIONS
VULCOFAC ACT 55 / ACT 66 Tertiary amine complex (absorbed on silica carrier) which acts as activator for rubber compounds (mainly ethylene acrylate copolymers) in replacement of DOTG. The most currently used proportions are in the range of 1,5-2 phr. The efficiency of catalytical effect seems to be highter than the usual activators.
VULCOFAC F45 Crosslinking activator for fluoro-elastomers.
VULCOFAC DBU-70Curative for PU, activator in rubber industry.
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VULCOFAC CO AGENTS
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
BINDER FORM PACKAGING
VULCOFAC TAC
VULCOFAC TAC-50
VULCOFAC TAC-70
Triallyl cyanurate 100
50
70
Silica
Silica
Liquid
Powder
Powder
Bags 20 kg
VULCOFAC TAIC
VULCOFAC TAIC-50
VULCOFAC TAIC-70
Triallyl isocyanurate 100
50
70
Silica
Silica
Liquid
Powder
Powder
Bags 20 kg
APPLICATIONS
VULCOFAC TAC, VULCOFAC TAC-50, VULCOFAC TAC-70 Crosslinking enhancer for organic peroxide curing (EPDM, HEM, CPE, PO…)
VULCOFAC TAIC, VULCOFAC TAIC-50, VULCOFAC TAIC-70 Crosslinking agent for peroxide cured elastomers (FKM, EVA, CPE…)
VULCOFAC MISCELLANEOUS
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
BINDER FORM PACKAGING
VULCOFAC MBI MB 80 2-mercaptobenzimidazole 80 Elastomer bound Granules Bags 25 kg
APPLICATIONS
VULCOFAC MBI MB 80Non-staining antioxidant. Gives very good protection against degradation due to heat.
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VULCOFAC NITROSAMINE FREE ACCELERATOR / NITROSAMINE SAFE ACCELERATOR
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
BINDER FORM PACKAGING
VULCOFAC CLD MB 80 N Caprolactam
Disulfide
80 Elastomer
bound
Granules Bags 25 kg
VULCOFAC ZDTP-70
VULCOFAC ZDTP
VULCOFAC ZBPD-70
Zinc-dialkyl
dithiophosphate
Zincdithiophosphate
70
100
70
Silica
Silica
Microgranulate
Liquid
Powder
Boxes 25 kg
Boxes 25 kg
VULCOFAC ZAP Zinc dithiophosphate
amine complex
Silica Powder Boxes 25 kg
APPLICATIONS
VULCOFAC CLD MB 80 NNitrosamine free sulfur donor for natural and synthetic rubber, with reversion resistant goods. Good aging characteristics and good compression set.
VULCOFAC ZDTP-70, VULCOFAC ZDTP, VULCOFAC ZBPD-70Nitrosamine free, non discolouring accelerator for EPDM and diene-rubbers. Easily replaces generators or highly toxic nitrosamines such as thiurams and carbamates. Used as a primary accelerator in conjunction with sulfenamides and/or thiazoles. Can be used in conjuction with sulfur donor Vulcofac CLD MB 80.
VULCOFAC ZAPNitrosamine free accelerator for EPDM and other diene rubbers.
VULCOFAC NITROSAMINE FREE ACCELERATOR / NITROSAMINE SAFE ACCELERATOR
PRODUCT NAME CHEMICAL
DESCRIPTION
% ACTIVE
INGREDIENT
BINDER FORM PACKAGING
VULCOFAC CLD MB 80 N Caprolactam
Disulfide
80 Elastomer
bound
Granules Bags 25 kg
VULCOFAC ZDTP-70
VULCOFAC ZDTP
VULCOFAC ZBPD-70
Zinc-dialkyl
dithiophosphate
Zincdithiophosphate
70
100
70
Silica
Silica
Microgranulate
Liquid
Powder
Boxes 25 kg
Boxes 25 kg
VULCOFAC ZAP Zinc dithiophosphate
amine complex
Silica Powder Boxes 25 kg
APPLICATIONS
VULCOFAC CLD MB 80 NNitrosamine free sulfur donor for natural and synthetic rubber, with reversion resistant goods. Good aging characteristics and good compression set.
VULCOFAC ZDTP-70, VULCOFAC ZDTP, VULCOFAC ZBPD-70Nitrosamine free, non discolouring accelerator for EPDM and diene-rubbers. Easily replaces generators or highly toxic nitrosamines such as thiurams and carbamates. Used as a primary accelerator in conjunction with sulfenamides and/or thiazoles. Can be used in conjuction with sulfur donor Vulcofac CLD MB 80.
VULCOFAC ZAPNitrosamine free accelerator for EPDM and other diene rubbers.
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(VULCOFAC ZAP 2) (non hazardous amine)
ALCANPLAST BEST COMPROMISE HIGH & LOW TEMPERATURE PLASTICIZERS
PRODUCT NAME COMPOSITION FORM PACKAGING
ALCANPLAST 188 Di ( butyl diglycol ) adipate Liquid Drums 200 kg
NYCOFLEX ADB30 Di (Butyl triglycol) adipate Liquid Drums 200 kg
ALCANPLAST PO 80 Ether - Ester Liquid Drums 200 kg
APPLICATIONS
ALCANPLAST 188Excellent low temperature plasticiser for NBR, CR, ACM, epichlorydrin, HNBR and HYPALON. Due to its relatively low volatility, ALCANPLAST 188 is very effective over a broad service temperature range. Excellent compatibility with a wide range of elastomers.
NYCOFLEX ADB30Excellent low temperature flexibility combined with very good permanency for Vamac, NBR, ACM, ECO, even after ageing at high temperature (150°C and more). High molecular weight monomeric plasticizer. Excellent compatibility with polar elastomers.
ALCANPLAST PO 80Excellent low temperature flexibility combined with very good permanency for NBR , ACM , ECO.
ALCANPLAST HIGH TEMPERATURE PLASTICIZERS
PRODUCT NAME COMPOSITION FORM PACKAGING
ALCANPLAST TOTM Stabilised tri-2-ethylhexyl trimellitate Liquid Drums 195 kg
ALCANPLAST 810 TM Trimellitate of C8-C10 linear Liquid Drums 190 kg
APPLICATIONS
ALCANPLAST TOTMHigh temperature plasticiser for NBR, CR, HBNR and CSM. Characterised by low volatility and good resis-tance to oxidation. It also demonstrates excellent resistance to extraction by water and shows extremely good migration (marring) resistance with a wide range of materials.
ALCANPLAST 810 TMSame characteristics as ALCANPLAST TOTM, but with better high temperature resistance.
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ALCANPLAST MISCELLANEOUS PLASTICIZERS
PRODUCT NAME COMPOSITION FORM PACKAGING
ALCANPLAST BGF Di-butoxyethoxylethyl formal
(Butyl carbitol formal)
Liquid Drums 195 kg
ALCANPLAST DOA Di-2-ethylhexyl adipate Liquid Drums 190 kg
ALCANPLAST DOS Di-2-ethylhexyl sebacate Liquid Drums 190 kg
ALCANPLAST BUTYL OLEATE Isobutyl oleate Liquid Drums 180 kg
ALCANPLAST EPF 1,2 - Cyclohexandicarbonsäure Liquid Drums 180 kg
APPLICATIONS
ALCANPLAST BGFPlasticizer for extreme low temperature requirements (particularly for NBR and CR). ALCANPLAST BGF also provides resistance to fungal attack.
ALCANPLAST DOAEfficient low temperature plasticiser for nitrile (NBR) and polychloroprene (CR).
ALCANPLAST DOSEfficient low temperature plasticiser for all naturel and synthetic rubbers.
ALCANPLAST BUTYL OLEATEPlasticizer for low temperatures requirements (mainly polychloroprene CR).
ALCANPLAST EPF DOP replacement for polar elastomers, equivalent to Hexamoll® DINCH.
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ALCANPLAST MISCELLANEOUS PLASTICIZERS
PRODUCT NAME COMPOSITION FORM PACKAGING
ALCANPLAST BGF Di-butoxyethoxylethyl formal
(Butyl carbitol formal)
Liquid Drums 195 kg
ALCANPLAST DOA Di-2-ethylhexyl adipate Liquid Drums 190 kg
ALCANPLAST DOS Di-2-ethylhexyl sebacate Liquid Drums 190 kg
ALCANPLAST BUTYL OLEATE Isobutyl oleate Liquid Drums 180 kg
ALCANPLAST EPF 1,2 - Cyclohexandicarbonsäure Liquid Drums 180 kg
APPLICATIONS
ALCANPLAST BGFPlasticizer for extreme low temperature requirements (particularly for NBR and CR). ALCANPLAST BGF also provides resistance to fungal attack.
ALCANPLAST DOAEfficient low temperature plasticiser for nitrile (NBR) and polychloroprene (CR).
ALCANPLAST DOSEfficient low temperature plasticiser for all naturel and synthetic rubbers.
ALCANPLAST BUTYL OLEATEPlasticizer for low temperatures requirements (mainly polychloroprene CR).
ALCANPLAST EPF DOP replacement for polar elastomers, equivalent to Hexamoll® DINCH.
OFALUB PROCESSING AIDS
PRODUCT NAME COMPOSITION FORM PACKAGING
OFALUB SEO Alkyl phosphate ester Pastilles Boxes 25 kg
OFALUB SMS Sorbitan Monostearate Pastilles Boxes 25 kg
OFALUB STA Stearylamine Flakes Boxes 25 kg
• All liquid ingredients are difficult to incorporate in standard rubber mixing operation.• "Dry liquids" are liquids, adsorbed on highly porous silica or silicate powder and the resultant product is a free flowing powder, even with 70 or 75% liquid. • You never have to handle highly viscous or tacky products and never have to heat or manage drums. • This presentation avoids losing some materials in the bottom of the drums.• The dosage is easier. • The safety of the operator is also improved, all the more so because they are preweighted. • You have also, in some cases, a shorter mixing time.
Usual carrier : silicaOther carriers available: carbon black , calcium silicate“F” : indicates a carbon black carrier “C” : indicates a calcium silicate carrier You can request tailor made products! It is also possible to ask for “dry blended liquids”.
VULCOFAC DRY LIQUIDS
APPLICATIONS
OFALUB SEOProcessing aid for Ethylene/acrylate copolymers formulation and other highly tacky elastomers. To be used together with stearylamine and stearic acid in VAMAC® and ACM.
OFALUB SMSProcessing aid for epichlorydrin elastomers formulation.
OFALUB STAProcessing aid for ethylene/acrylate copolymers formulation and other highly tacky elastomers.
59
VULCOFAC SILANES – COUPLING AGENTS
PRODUCT NAME ACTIVE INGREDIENTS % ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC 69-70 Bis ( 3-triethoxysilylpropyl ) tetrasulfide 70 Boxes 20 kg
VULCOFAC 172-70 Vinyl tris ( 2-methoxyethoxy ) silane 70 Boxes 20 kg
VULCOFAC 189-70 Gamma-Mercaptopropyltrimethoxy silane 70 Boxes 20 kg
VULCOFAC A 1100-70 Gamma-Aminopropyltrimethoxy silane 70 Boxes 20 kg
VULCOFAC A 171-70 Vinyltrimethoxysilan 70 Boxes 20 kg
APPLICATIONS
VULCOFAC 69-70Coupling agent and reinforcing agent for sulfur cured compounds (especially) for tires and shoe soles formulations).
VULCOFAC 172-70Coupling agent in white mineral-filled compounds for peroxide cured rubber (especially recommended for EPDM cable formulations).
VULCOFAC 189-70Coupling agent for sulphur or metallic oxide cured rubbers (more effective than Si69 and more scorchy in final mixes).
VULCOFAC A 1100-70Coupling agent based on a bifunctional amine which can be used in Vamac, EVA, aqueous formulations.
VULCOFAC A 171-70Coupling agent for sulphur cured rubbers.
POSSIBILITY TO MAKE DRY LIQUIDS BASED ON ANY KIND OF LIQUID SILANES
• Gamma-Glycidoxypropyltrimethoxy silane (A 187 - GLYMO)• Gamma-Methacryloxypropyltrimethoxy silane (A 174 – GMEMO)• Vinyl triethoxy silane (A 151 – VTEO)• Vinyl trimethoxy silane (A 171 – VTMO)
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VULCOFAC SILANES – COUPLING AGENTS
PRODUCT NAME ACTIVE INGREDIENTS % ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC 69-70 Bis ( 3-triethoxysilylpropyl ) tetrasulfide 70 Boxes 20 kg
VULCOFAC 172-70 Vinyl tris ( 2-methoxyethoxy ) silane 70 Boxes 20 kg
VULCOFAC 189-70 Gamma-Mercaptopropyltrimethoxy silane 70 Boxes 20 kg
VULCOFAC A 1100-70 Gamma-Aminopropyltrimethoxy silane 70 Boxes 20 kg
VULCOFAC A 171-70 Vinyltrimethoxysilan 70 Boxes 20 kg
APPLICATIONS
VULCOFAC 69-70Coupling agent and reinforcing agent for sulfur cured compounds (especially) for tires and shoe soles formulations).
VULCOFAC 172-70Coupling agent in white mineral-filled compounds for peroxide cured rubber (especially recommended for EPDM cable formulations).
VULCOFAC 189-70Coupling agent for sulphur or metallic oxide cured rubbers (more effective than Si69 and more scorchy in final mixes).
VULCOFAC A 1100-70Coupling agent based on a bifunctional amine which can be used in Vamac, EVA, aqueous formulations.
VULCOFAC A 171-70Coupling agent for sulphur cured rubbers.
POSSIBILITY TO MAKE DRY LIQUIDS BASED ON ANY KIND OF LIQUID SILANES
• Gamma-Glycidoxypropyltrimethoxy silane (A 187 - GLYMO)• Gamma-Methacryloxypropyltrimethoxy silane (A 174 – GMEMO)• Vinyl triethoxy silane (A 151 – VTEO)• Vinyl trimethoxy silane (A 171 – VTMO)
VULCOFAC CO AGENTS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC AH-70 Liquid polybutadiene ( Lithene AH ) 70 Boxes 20 kg
VULCOFAC EGDMA-70 Ethylene glycol dimethacrylate ( SR 206 ) 70 Boxes 20 kg
VULCOFAC TMPTMA-70 Trimethylolpropane trimethacrylate ( SR 350 ) 70 Boxes 20 kg
APPLICATIONS
VULCOFAC AH-70Coagent and processing aid for peroxide cured rubber (especially recommended for EPDM formulations).
VULCOFAC EGDMA-70Difunctional methacrylate coagent for peroxide cured rubbers (especially recommanded in light and dark EPDM and CM compounds).
VULCOFAC TMPTMA-70Trifunctional methacrylate coagent for peroxide cured rubbers; it offers a better compression set than Alcanpoudre Saret 517-70 or Alcanpoudre Saret 519-70 (especially recommended in non polar rubber like EPDM, NBR, CSM…). POSSIBILITY TO MAKE DRY LIQUIDS BASED ON ANY KIND OF LIQUIDS• Liquid Polybutadiene (PB 3000),• Trifunctional monomer (Saret 500, Saret 517, Saret 519)• 1,4 butanediol dimethacrylate (SR 214),• Diethylene glycol dimethacrylate (SR 231),• 1,3 butylene glycol dimethacrylate(SR 297),• Ethoxylated bisphenol A diacrylate (SR 349),• Trimethylolpropane trimethacrylate (SR 350),• Dipentaerythritol penta acrylate (SR 399),• Trifunctional monomer ( Saret 515, Saret 521, Saret 1110, Saret 1116, Saret 1117 )
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VULCOFAC ANTIOXIDANTS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC 688-70 Phenylene diamine ( UOP 688 ) 70 Boxes 20 kg
VULCOFAC 1520 DL70W Tri (mono/dinonylphenyl) phosphite (TNPP) 70 Boxes 20 kg
VULCOFAC BLW-70 Diphenylamine-acetone extract ( BLE 25 ) 70 Boxes 20 kg
SAFIC-CHEM 4 ADA FL 4-Aminodiphenylamin 100 Bags 25 kg
VULCOFAC W29-70 mixed styrented diphenylamines 70 Boxes 25 kg
VULCOFAC W29 4,4-Di(a-methylbenzyl)) diphenylamine 100 Drum 180 kg
APPLICATIONS
VULCOFAC 688-70Antioxidant and antiozonant which possess very good antiflex cracking properties and also a very good resistance for the extraction of water.
VULCOFAC 1520 DL70WAntioxidant which is usually associated with phenolic antioxidant and it inhibits discoloration of the poly-mer caused by some phenolic antioxidants.
VULCOFAC BLW-70Antioxidant with a high level of flex resistance and which is non blooming, especiallyrecommended in dark coloured compounds due to its staining properties.
SAFIC-CHEM 4 ADA FLAntioxidant especially suitable for AEM & ACM compounds; improved aging properties compared to com-monly used Antioxidants
VULCOFAC W29-70Dry Liquid of ALCANPOUDRE W29; provides resistance to heat and flex fatigue.
VULCOFAC W29 Antioxidant for resistance to heat and flex fatigue.
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VULCOFAC ANTIOXIDANTS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC 688-70 Phenylene diamine ( UOP 688 ) 70 Boxes 20 kg
VULCOFAC 1520 DL70W Tri (mono/dinonylphenyl) phosphite (TNPP) 70 Boxes 20 kg
VULCOFAC BLW-70 Diphenylamine-acetone extract ( BLE 25 ) 70 Boxes 20 kg
SAFIC-CHEM 4 ADA FL 4-Aminodiphenylamin 100 Bags 25 kg
VULCOFAC W29-70 mixed styrented diphenylamines 70 Boxes 25 kg
VULCOFAC W29 4,4-Di(a-methylbenzyl)) diphenylamine 100 Drum 180 kg
APPLICATIONS
VULCOFAC 688-70Antioxidant and antiozonant which possess very good antiflex cracking properties and also a very good resistance for the extraction of water.
VULCOFAC 1520 DL70WAntioxidant which is usually associated with phenolic antioxidant and it inhibits discoloration of the poly-mer caused by some phenolic antioxidants.
VULCOFAC BLW-70Antioxidant with a high level of flex resistance and which is non blooming, especiallyrecommended in dark coloured compounds due to its staining properties.
SAFIC-CHEM 4 ADA FLAntioxidant especially suitable for AEM & ACM compounds; improved aging properties compared to com-monly used Antioxidants
VULCOFAC W29-70Dry Liquid of ALCANPOUDRE W29; provides resistance to heat and flex fatigue.
VULCOFAC W29 Antioxidant for resistance to heat and flex fatigue.
VULCOFAC MISCELLANEOUS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC 10-70 Polybutene ( Indopol H100 ) 70 Boxes 20 kg
VOLCOFAC 828-70 Epoxy resin ( Epikote 828 ) 70 Boxes 20 kg
VULCOFAC 1312-70 Liquid butadiene acrylonitrile polymer ( Nipol 1312 ) 70 Boxes 20 kg
VULCOFAC G131-70 Liquid Polysulfid Polymer 70 Boxes 20 kg
VULCOFAC RRP Resorcinol based bonding agent 70 Boxes 20 kg
APPLICATIONS
VULCOFAC 10-70Isobutylene/butene copolymer used as tackifier at high concentration or as plasticizer at low concentration in non polar rubber (SBR, EPDM, IR, BR, NR…).
VULCOFAC 828-70Epoxy resin used in CSM formulations in the replacement of the lead oxide system.
VULCOFAC 1312-70Non extractable plasticizer based on a low molecular weight NBR liquid; especially recommended in CR, NBR for rubber rollers, timing belt and sponge formulations.
VULCOFAC G131-70Liquid polysulfide used in the NBR and CR formulations for off-set printing blanket.
VULCOFAC RRPBonding agent based on resorcinol, hexamethylolmelamine blend and mainly used for bonding rubber-textile.
POSSIBILITY TO MAKE DRY LIQUIDS BASED ON ANY KIND OF LIQUIDS• Tetrabutylthiuram disulfide (TBUT)• Tributyl thiourea, Chlorinated paraffin (TRIBTU)• Hexa methoxy methyl melamine ( HMMM )• Petrolatum Jelly• Triethanolamine (TEA)• Zinc Dibutyl Dithiophosphate (ZBPD)• Chlorinated paraffin (C48)
63
APPLICATIONS
SAFIC-CHEM MBPA-2Heat resistant (slightly staining) antioxidant.
SAFIC-CHEM MMBIAntioxidant used for NR, IR, BR, SBR, NBR
SAFIC-CHEM OMBAntioxidant used in synthetic rubber (SBR, BR, IR, NBR), latices stabilizing agent in polyacetates, ABS.
ALCHEM ZMMBIUsed sinergistically with other antioxydants for heat resistant thiuram cured goods.
SAFIC-CHEM ANTIOXIDANTS
PRODUCT NAME CHEMICAL DESCRIPTION % ACTIVE
INGREDIENTS
FORM PACKAGING
ALCHEM EW 3100 Diaryl-p-phenylenediamines mixture 100 Powder Bags 25 kg
ALCHEM MBPA-2 4,4-bis (1,1-dimethyl-benzine) dihphenylamine 100 Powder Bags 25 kg
ALCHEM MMBI Methyl-2 mercaptobenzimidazole 100 Powder Bags 25 kg
ALCHEM OMB 2-2-methylene bis (4-methyl 6 terbutylphenol) 100 Powder Bags 25 kg
ALCHEM TMQ 2,2,4-trimethyl-1,2-dihydroquinoline 100 Powder Bags 15 kg
ALCHEM ZMMBI Zinc methyl mercaptobenzimidazole 100 Powder Bags 10 kg
SAFITACK TACKIFYING RESINS
PRODUCT NAME CHEMICAL DESCRIPTION FORM PACKAGING
SAFITACK C5 C5 hydrocarbon resin Granule Bags 25 kg
SAFITACK C9 C9 hydrocarbon resin Flake Bags 25 kg
APPLICATIONS
SAFITACK C5Aliphatic resin used as Tackifier/processing aid for rubber.
SAFITACK C9Aromatic resin used as Tackifier/processing aid for Rubber.
SAFIC-CHEM MASK PERFUMES / ODOR NEUTRALIZERS
Perfumes Reodorant ProductsPRODUCT NAME FORM PACKAGING
SAFIC-CHEM MASK Lavender Liquid Drums 25 kg
SAFIC-CHEM MASK Pine Liquid Drums 25 kg
SAFIC-CHEM MASK Strawberry Liquid Drums 25 kg
SAFIC-CHEM MASK Vanilla Liquid Drums 25 kg
SAFIC-CHEM MASK Leather Liquid Drums 25 kg
Odor NeutralizersPRODUCT NAME FORM PACKAGING
SAFIMASK AX Hydrosoluble Liquid Drums 25 kg
APPLICATIONSRubber , plastic , coating , water treatment , detergency , cosmetic. Toll manufactured mixture. Blend of natural or synthetic perfumes in solvent or aqueous phase. POSSIBILITY TO MAKE OTHER SAFIC-CHEM MASKSAFIC-CHEM MASK Grape-Fruit, Lemon, Green Apple, Orange, Peach, Mimosa, Menthol, Eucalyptus …
64
PRODUCT NAME CHEMICAL DESCRIPTION % ACTIVE
INGREDIENTS
FORM PACKAGING
SAFIC-CHEM MBPA-2 4,4-bis (1,1-dimethyl-benzine) dihphenylamine 100 Powder Bags 25 kg
SAFIC-CHEM MMBI Methyl-2 mercaptobenzimidazole 100 Powder Bags 25 kg
SAFIC-CHEM OMB 2-2-methylene bis (4-methyl 6 terbutylphenol) 100 Powder Bags 25 kg
SAFIC-CHEM ZMMBI Zinc methyl mercaptobenzimidazole 100 Powder Bags 25 kg
SAFIC-CHEM MBPA-2 Heat resistant (slightly staining) antioxidant.
SAFIC-CHEM MMBI Antioxidant used for NR, IR, BR, SBR, NBR
SAFIC-CHEM OMB Antioxidant used in synthetic rubber (SBR, BR, IR, NBR), latices stabilizing agent in polyacetates, ABS.
SAFIC-CHEM ZMMBI Used sinergistically with other antioxydants for heat resistant thiuram cured goods.
APPLICATIONS
VULCOFAC TACKIFIERS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
ALCANPOUDRE AD 15-70 Tackifier ( Nevchem AD 15 ) 70 Boxes 20 kg
ALCANPOUDRE PLCT-70 Pale liquid coumaron tackifier 70 Boxes 20 kg
ALCANPOUDRE PT-70 Pine tar 70 Boxes 20 kg
APPLICATIONS
ALCANPOUDRE AD 15-70Highly viscous hydrocarbon resin used to improve the processing characteristics and tach of CR, CSM, EPDM, IIR, NBR, SBR, NR.
ALCANPOUDRE PLCT-70Dispersing and tackifying agent which improves the tack of rubber like NR, SBR, BR, EPDM; low softening point.
ALCANPOUDRE PT-70Tackifier for rubber compounds.
ALCANPOUDRE PLASTICIZERS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
ALCANPOUDRE 2280-70 Highly Refined Mineral Parafinic Oil 70 Boxes 20 kg
ALCANPOUDRE DINP-70 Di isononyl phtalate 70 Boxes 20 kg
APPLICATIONS
ALCANPOUDRE 2280-70Paraffinic oil used as plasticizer in NR, IR, EPDM compounds.
ALCANPOUDRE DINP-70Phtalate plasticizer used in polymer and rubber industry. POSSIBILITY TO MAKE DRY LIQUIDS BASED ON ANY KIND OF LIQUIDS• Phtalates (DOP, DIDP, DBP…)• Mineral oils (aromatic oils, naphtenic oils, parrafinic oils)• Trimellitates (TOTM, 7/9 TM, 8/10 TM...)• Polymeric plasticizers (polyester adipates, polyester sebaçates...)
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
VULCOFAC PLCT DL70 Pale liquid coumaron tackifier 70 Boxes 20 kg
VULCOFAC PT DL70 Methyl-2 mercaptobenzimidazole 70 Boxes 20 kg
VULCOFAC PLCT DL70 Dispersing and tackifying agent which improves the tack of rubber like NR, SBR, BR, EPDM; low softening point.
VULCOFAC PT DL70 Tackifier for rubber compounds.
APPLICATIONS
APPLICATIONS
SAFIC-CHEM MBPA-2Heat resistant (slightly staining) antioxidant.
SAFIC-CHEM MMBIAntioxidant used for NR, IR, BR, SBR, NBR
SAFIC-CHEM OMBAntioxidant used in synthetic rubber (SBR, BR, IR, NBR), latices stabilizing agent in polyacetates, ABS.
ALCHEM ZMMBIUsed sinergistically with other antioxydants for heat resistant thiuram cured goods.
SAFIC-CHEM ANTIOXIDANTS
PRODUCT NAME CHEMICAL DESCRIPTION % ACTIVE
INGREDIENTS
FORM PACKAGING
ALCHEM EW 3100 Diaryl-p-phenylenediamines mixture 100 Powder Bags 25 kg
ALCHEM MBPA-2 4,4-bis (1,1-dimethyl-benzine) dihphenylamine 100 Powder Bags 25 kg
ALCHEM MMBI Methyl-2 mercaptobenzimidazole 100 Powder Bags 25 kg
ALCHEM OMB 2-2-methylene bis (4-methyl 6 terbutylphenol) 100 Powder Bags 25 kg
ALCHEM TMQ 2,2,4-trimethyl-1,2-dihydroquinoline 100 Powder Bags 15 kg
ALCHEM ZMMBI Zinc methyl mercaptobenzimidazole 100 Powder Bags 10 kg
SAFITACK TACKIFYING RESINS
PRODUCT NAME CHEMICAL DESCRIPTION FORM PACKAGING
SAFITACK C5 C5 hydrocarbon resin Granule Bags 25 kg
SAFITACK C9 C9 hydrocarbon resin Flake Bags 25 kg
APPLICATIONS
SAFITACK C5Aliphatic resin used as Tackifier/processing aid for rubber.
SAFITACK C9Aromatic resin used as Tackifier/processing aid for Rubber.
SAFIC-CHEM MASK PERFUMES / ODOR NEUTRALIZERS
Perfumes Reodorant ProductsPRODUCT NAME FORM PACKAGING
SAFIC-CHEM MASK Lavender Liquid Drums 25 kg
SAFIC-CHEM MASK Pine Liquid Drums 25 kg
SAFIC-CHEM MASK Strawberry Liquid Drums 25 kg
SAFIC-CHEM MASK Vanilla Liquid Drums 25 kg
SAFIC-CHEM MASK Leather Liquid Drums 25 kg
Odor NeutralizersPRODUCT NAME FORM PACKAGING
SAFIMASK AX Hydrosoluble Liquid Drums 25 kg
APPLICATIONSRubber , plastic , coating , water treatment , detergency , cosmetic. Toll manufactured mixture. Blend of natural or synthetic perfumes in solvent or aqueous phase. POSSIBILITY TO MAKE OTHER SAFIC-CHEM MASKSAFIC-CHEM MASK Grape-Fruit, Lemon, Green Apple, Orange, Peach, Mimosa, Menthol, Eucalyptus …
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VULCOFAC TACKIFIERS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
ALCANPOUDRE AD 15-70 Tackifier ( Nevchem AD 15 ) 70 Boxes 20 kg
ALCANPOUDRE PLCT-70 Pale liquid coumaron tackifier 70 Boxes 20 kg
ALCANPOUDRE PT-70 Pine tar 70 Boxes 20 kg
APPLICATIONS
ALCANPOUDRE AD 15-70Highly viscous hydrocarbon resin used to improve the processing characteristics and tach of CR, CSM, EPDM, IIR, NBR, SBR, NR.
ALCANPOUDRE PLCT-70Dispersing and tackifying agent which improves the tack of rubber like NR, SBR, BR, EPDM; low softening point.
ALCANPOUDRE PT-70Tackifier for rubber compounds.
ALCANPOUDRE PLASTICIZERS
PRODUCT NAME ACTIVE INGREDIENTS
(Examples of trade name)
% ACTIVE
INGREDIENTS
PACKAGING
ALCANPOUDRE 2280-70 Highly Refined Mineral Parafinic Oil 70 Boxes 20 kg
ALCANPOUDRE DINP-70 Di isononyl phtalate 70 Boxes 20 kg
APPLICATIONS
ALCANPOUDRE 2280-70Paraffinic oil used as plasticizer in NR, IR, EPDM compounds.
ALCANPOUDRE DINP-70Phtalate plasticizer used in polymer and rubber industry. POSSIBILITY TO MAKE DRY LIQUIDS BASED ON ANY KIND OF LIQUIDS• Phtalates (DOP, DIDP, DBP…)• Mineral oils (aromatic oils, naphtenic oils, parrafinic oils)• Trimellitates (TOTM, 7/9 TM, 8/10 TM...)• Polymeric plasticizers (polyester adipates, polyester sebaçates...)
PRODUCT NAME CHEMICAL DESCRIPTION % ACTIVE
INGREDIENTS
FORM PACKAGING
SAFIC-CHEM CTPI N – (Cyclohexylthio) phtalimide 100 Powder Bags 25 kg
VULCOFAC CTPI 80 N – (Cyclohexylthio) phtalimide 80 Granule Bags 25 kg
SAFIC-CHEM CBS OP N – Cyclohexyl-2-benzothiazolsufenamid min. 98 Powder Bags 25 kg
SAFIC-CHEM OP Dibenzothiazyldisulfid min. 98 Powder Bags 25 kg
SAFIC-CHEM OP Tetramethylthiurammonosulfid min. 98 Powder Bags 25 kg
SAFIC-CHEM REC N-Phenyl-N-(trichlormethylsulfenyl)
benzosulfenamid auf CaCO3
min. 98 Powder Bags 25 kg
SAFIC-CHEM TBSI OP N – (2-Benzothiazolylthio) - N
(1,1 - dimethylethyl) - 2- benzothiazolsulfenamid
min. 90 Powder Bags 25 kg
SAFIC-CHEM / VULCOFAC
SAFIC-CHEM COLOUR MASTERBATCHES
PRODUCT NAME PIGMENT COLOR INDEX % ACTIVE
INGREDIENTS
BINDER FORM PACKAGING
SAFIC-CHEM R103 Red PR 53:1 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R117 Red PR 48:3 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R202 Orange PO:16 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R316 Yellow PY:13 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R704 Violet PV:23 40 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R421 Green PG:7 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R512 Blue PB:15 50 SBR 1502 Slab Boxes 20 kg
APPLICATIONSColor additives on a polymer binder (SBR) used in rubber compounds (NR, SBR, EVA…) for shoe soles, toys…
SAFIBLEND PRE WEIGHTED SACHET Customised blends of “powder”, “liquids” or “granules” chemical additives (curatives, antidegradants,waxes, zinc oxide…) weighted into low melt sachets to specified tolerances.
Help to reduce overall costs• Increased productivity• Reduced customer weighting• Reduction in scrap/re-work• Reduction in mixing operation• Reduced waste disposal Packaging waste obligations reduced (Legislation)• Reduced supplier base
Help to meet the Health Safety and Environmental obligations• Employees no longer handle hazardous chemicals• Dust free working environment
Improve confidentiality• Zero exposure of sensitive formulations to employees or outsiders• Pre weighted chemical blends contain proprietary chemicals in proprietary ratios
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SAFIC-CHEM COLOUR MASTERBATCHES
PRODUCT NAME PIGMENT COLOR INDEX % ACTIVE
INGREDIENTS
BINDER FORM PACKAGING
SAFIC-CHEM R103 Red PR 53:1 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R117 Red PR 48:3 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R202 Orange PO:16 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R316 Yellow PY:13 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R704 Violet PV:23 40 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R421 Green PG:7 50 SBR 1502 Slab Boxes 20 kg
SAFIC-CHEM R512 Blue PB:15 50 SBR 1502 Slab Boxes 20 kg
APPLICATIONSColor additives on a polymer binder (SBR) used in rubber compounds (NR, SBR, EVA…) for shoe soles, toys…
SAFIBLEND PRE WEIGHTED SACHET Customised blends of “powder”, “liquids” or “granules” chemical additives (curatives, antidegradants,waxes, zinc oxide…) weighted into low melt sachets to specified tolerances.
Help to reduce overall costs• Increased productivity• Reduced customer weighting• Reduction in scrap/re-work• Reduction in mixing operation• Reduced waste disposal Packaging waste obligations reduced (Legislation)• Reduced supplier base
Help to meet the Health Safety and Environmental obligations• Employees no longer handle hazardous chemicals• Dust free working environment
Improve confidentiality• Zero exposure of sensitive formulations to employees or outsiders• Pre weighted chemical blends contain proprietary chemicals in proprietary ratios
NOTIZEN KONTAKT
Bernhard HoyerGeschäftsführer/Managing DirectorTel. +49 (0) 671 / 79 46 13-23Mobil +49 (0) 170 / 2 40 55 48E-Mail: [email protected]
Torsten HellerVerkaufsleiter/Sales ManagerTel. +49 (0) 671 / 79 46 13-25Mobil +49 (0) 152 / 09 12 01 00E-Mail: [email protected]
Diem DemirciTechnischer Verkauf/Technical SalesTel. +49 (0) 62 49 / 8 05 89 00Mobil +49 (0) 171 / 6 72 79 21E-Mail: [email protected]
Achim BartschTechnischer Verkauf/Technical SalesTel. +49 (0) 24 21 / 5 00 20 28Mobil +49 (0) 170 / 2 39 19 98E-Mail: [email protected]
Birgit Andrea HolczerTechnischer Verkauf/Technical SalesMobil +49 (0) 172 / 2 63 48 30E-Mail: [email protected]
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Safic-Alcan Deutschland GmbH
Wolfsheimer Str. 1 55543 Bad Kreuznach - Germany
Telefon (+49) 0671 79 46 13 0 Fax (+49) 0671 48 34 52 4 Email [email protected]
www.safic-alcan.de