CFF GmbH & Co. KG - LG hemija · Cellulose – world‘s most abundant polymer a pine tree...
Transcript of CFF GmbH & Co. KG - LG hemija · Cellulose – world‘s most abundant polymer a pine tree...
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CFF GmbH & Co. KG
Natural cellulose fibres in
dispersion paints
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Fact & figures CFF GmbH & Co. KG
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CFF location
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in Cellulose Fibres
Founded in 1977
105 employees
45.000 tons of production output/ year
Sales expectation 2017 ~ 40 Mio. EUR
Sales & Logistics in more than 75 countries
Experience
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certified production process
DIN EN ISO 9001:2015
DIN EN ISO 22000:2005
HACCP
DIN EN ISO 50001:2011
Quality
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Cellulose – world‘s most abundant polymer
a pine tree generates 13.7 g cellulose per day
13.7 g cellulose – 51 sextillion glucose molecules – 2.62 x 1010 km
One pine tree generates cellulose chains with a length of 2.62 x 1010 km every single day!
665,000 circumferences of the earth / 175 times the distance between earth and sun!
Sun Mercury Venus Earth Mars Jupiter Saturn Uranus Neptune
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cellulose fibre
macro fibril
micro fibril
chains of
glucose
molecules
Cellulose fibres - appearance & characteristics
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Cellulose fibres - appearance & characteristics
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Pure cellulose fibres – basic information External production (raw material) Internal production (CFF)
Wood
Cooking
Clean cellulose
Bleaching
Hot steam drying
Packing in plates
Raw cellulose plates
Raw cellulose plates
Milling 1. step
Milling 2. step
Fine millling
Sieving / pelletising
Packing
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0
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Vo
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e i
n %
particle size in µm
Particle distribution TECHNOCEL® 40
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TECHNOCEL® 40 100x TECHNOCEL® 40 250x
Microscopic pictures TECHNOCEL® 40
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TECHNOCEL® pure series
Brand name Appearance Ø length White-
ness
Bulk
density
Water
binding
cap.
White Off-
white Grey Beige
Pow-
dery Cubic Fibrous µm % g/l %
TECHNOCEL® FM8 • • 6-12 > 80 > 150 ~ 390
TECHNOCEL® 10 • • ~ 18 > 80 < 300 ~ 360
TECHNOCEL® 40 • • ~ 40 > 80 > 200 ~ 380
TECHNOCEL® 50G • • ~ 50 > 80 > 280 ~ 350
TECHNOCEL® 75 • • ~ 60 > 80 > 150 ~ 470
TECHNOCEL® 150 • • ~ 120 > 80 > 130 ~ 520
TECHNOCEL® 180 • • ~ 200 > 80 > 110 ~ 540
TECHNOCEL® 200 • • ~ 300 > 80 > 60 ~ 780
TECHNOCEL® 200G • • ~ 300 > 80 > 300 ~ 360
TECHNOCEL® 300 • • ~ 500 > 80 > 35 ~ 940
TECHNOCEL® 1000 • • ~ 700 > 80 > 30 ~ 1030
TECHNOCEL® 2500 • • ~ 2000 > 80 > 35 ~ 840
TECHNOCEL® 2500-1 • • ~ 900 > 80 > 20 ~ 1330
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Brand name Appearance Ø length White-
ness
Bulk
density
Water
binding
cap.
White Off-
white Grey Beige
Pow-
dery Cubic Fibrous µm % g/l %
TECHNOCEL® 75-1 • • ~ 60 > 80 > 150 ~ 490
TECHNOCEL® 75-2 • • ~ 60 > 74 > 200 ~ 360
TECHNOCEL® 150-1 • • ~ 120 > 80 > 130 ~ 500
TECHNOCEL® 90-2 • • ~ 150 > 65 < 180 ~ 490
TECHNOCEL® 150-2 • • ~ 250 > 65 < 150 ~ 390
TECHNOCEL® 165 • • ~ 250 > 74 > 70 ~ 600
TECHNOCEL® 200-1 • • ~ 300 > 80 > 40 ~ 740
TECHNOCEL® 500-1 • • ~ 300 > 74 > 60 ~ 620
TECHNOCEL® 500-1L • • ~ 500 > 74 > 50 ~ 690
TECHNOCEL® 1000-1 • • ~ 800 > 80 > 30 ~ 850
TECHNOCEL® 1000-1W • • ~ 800 > 85 > 30 ~ 940
TECHNOCEL® technical series
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odour- and tasteless
white colour
temperature-stable (up to 200°C)
insoluble in water
high water and oil retention
Pure cellulose fibres - appearance & characteristics
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high tensile strength
physiologically and toxicologically harmless
chemically inert
Pure cellulose fibres - appearance & characteristics
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Main characteristics of cellulose fibres in final products
Building of a 3-dimentional fibre network
Absorption & retention of water
Structural viscosity
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TECHNOCEL® improves the rheological properties:
high viscosity in the unmoved fibre system
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breaking of the fibre network
viscosity decreases by pumping, mixing/ blending
fibres order in the direction of the flow
TECHNOCEL® improves the rheological properties:
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rest position: increased viscosity state
TECHNOCEL® improves the rheological properties:
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Which TECHNOCEL® fibre is the right one?
As long as possible – as short as necessary
The reinforcing- effectiveness of the fibre and the water binding
capacity increases exponential with the fibre length
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How to choose the right TECHNOCEL® for your application:
Further points to consider:
• What is the final application in detail
• Which conditions during application ( e.g. sprayable)
• further demands( e.g. dosage & mixing)
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WATER
BINDER
ADDITIVES
FILLERS (FINE TO COARSE) PIGMENT DISPERSE
THICKENERS (ADDITIVES)
TECHNOCEL®
ALCALYZER
Addition of TECHNOCEL® during mixing
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improvement of rheology
reduced density & surface sheen
tarnishing effect
improved scrub resistance
suppression of micro cracks
thicker wet film layers possible
Advantages of TECHNOCEL® in paints:
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Advantages of TECHNOCEL® in paints:
increased impact resistance
less slipping of roller
improves spatter suppression
constant & even drying
increases the amount of water
needed due to water retention of the
fibres
lower weight per liter paint!
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TECHNOCEL® in powder paints:
Less time for mixing
Fast wetting
Improvement of color acceptation
Excellent rub out
Better scrub resistance
Reduction of splash
Better dispersion
Higher water addition rate
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without TECHNOCEL® 5% TECHNOCEL® 40
Mud cracking + Layer thickness
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Improved wet scrub resistance - DIN 53778
without TECHNOCEL® 5% TECHNOCEL® 40
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without TECHNOCEL® Usage of 5% TECHNOCEL® 40
Splash suppression/ reduction
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Pos. Product weight
particles 1 Slaked lime 2,0
2 Talcum powder 100,0
3 Calciumcarbonat < 0,9 µm 180,0
4 Titandioxid 75,0
5 TECHNOCEL® 40 50 - 60,0
6 Dispersion/ binder 120,0
7 Film bonding agent
20,0
8 Methylhydroxyethylcellulose
4,0
9 Dispersion agent 2,5
10 Netting agent 0,5
11 Air entrainer 3,0
12 Calciumcarbonat < 12 µm 433,0
TOTAL 1000
TECHNOCEL®
Formulation example
dispersion paint
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application recommended fibre grade Dosage recommended
emulsion paints indoors and outdoors
(airless-sprayed or roller applied)
emulsion silicate paints
emulsion powder paints
TECHNOCEL® 40
TECHNOCEL® 75/ 75-1
TECHNOCEL® 150/ 150-1
TECHNOCEL® 180
TECHNOCEL® 165/ 500-1
1,0% - 5,0 %
structured paints
TECHNOCEL® 150/ 150-1
TECHNOCEL® 180
TECHNOCEL® 200/ 200-1
TECHNOCEL® 165/ 500-1
0,5% - 3,0 %
reinforcing paints
road marking paints
TECHNOCEL® 300
TECHNOCEL® 1000/ 1000-1
0,5% - 3,0 %
0,5 – 0,8 %
Recommended TECHNOCEL® types
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TECHNOCEL® formulation example & comparison
Paint SOP 60%; dry residue of 45%
white titanium in SOP 69.7%
Tylose HS 30,000 YP2 - cellulose ether
Revacryl AE 3723 - polymer dispersion
TECHNOCEL® 75-1 fibers Formulation ratio: 0.3%; 0.6%; 1.2%; 2.4%
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Viscosity 3 days after preparation
Determination of
apparent viscosity
according to ISO 2012
Impeller no. 05 at 20 rpm
Dosage level of fibres
TECHNOCEL® 75-1
Competitive material
Competitive
material
Competitive
material
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Scrub resistance - loss of coating thickness after 200 cycles
Dosage level of fibres
TECHNOCEL® 75-1
Competitive material
Competitive
material
Competitive
material
Th
ick
nes
s lo
ss
in
µm
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New Products – TECHNOCEL® granules
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New Products – TECHNOCEL® granules
Defined & stable particles
Applicable for “soft touch” surfaces
& rough surface appearance
Available in various sizes
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New Products – TECHNOCEL® FM8
Ultra fine cellulose 6µm -12µm
for varnishes and coatings
For non transparent varnishes,
increasing layer thickness, less cracking and shrinkage
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CFF „Your strong partner“
www.cff.de
Tel.: +49 36783 882-0
Fax: +49 36783 882-252
CFF GmbH & Co. KG
Arnstaedter Straße 2
98708 Gehren