SigmaCoatings PPG

PROTECTIVE COATINGS

www.sigmacoatings.com/protective

MANUALDATA SHEETS | SYSTEM SHEETS | INFORMATION SHEETS

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March 2013

page 1/3

3 pages Revision of September 2004

FLUORGUARD 7000

two component, air drying, fl uoropolymer based topcoat with excellent weather resistance and color retention

excellent resistance to atmospheric exposure conditions very good colour and gloss retention excellent resistance to chemical, acid, alkali can be applied by airless spray, roller and brush

colours available on request gloss

1.2 g/cm approx. 36% by volume

Recommended dry fi lm thickness 20 - 40 m Theoretical spreading rate 18.0 m/l for 20 m

9.0 m/l for 40 m 1 hours at 20 C min.5 hours at 20 C max. unlimited 12 months

previous coat; dry and free from any contamination substrate temperature should be at least 3C above dew point maximum relative humidity during application and curing is 85%

mixing ratio by volume: base to hardener 7:1

mix thoroughly by a mechanical mixer before application Agitate continuously during application

none 5 hours at 20 C

Recommended thinner Thinner 21-06Volume of thinner 5 - 10%Nozzle orifi ce approx. 1.0 - 1.5 mm (= 0.039 - 0.059 in)Nozzle pressure 30 - 40 MPa (= approx. 300 - 400 bar; 4351 - 5802 p.s.i.)

Recommended thinner Thinner 21-06Volume of thinner 0 - 5%Nozzle orifi ce approx. 0.33 - 0.48 mm (= 0.013 - 0.019 in)Nozzle pressure 12 - 15 MPa (= approx. 120 - 150 bar; 1740 - 2176 p.s.i.)

Recommended thinner Thinner 21-06Volume of thinner 0 - 3%

Description

PRINCIPAL CHARACTERISTICS

COLOURS AND GLOSS

BASIC DATA Mass density Volume solids

Touch dry after Overcoating interval

Shelf life (cool and dry place)

RECOMMENDEDSUBSTRATE CONDITIONSAND TEMPERATURES

INSTRUCTIONS FOR USE

Induction time Pot life

AIR SPRAY

AIRLESS SPRAY

BRUSH/ROLLER

March 2013

page 2/3

FLUORGUARD 7000

Thinner 21-06

It is always the aim of PPG Protective and Marine Coatings to supply the same product on a worldwide basis. However, slight modifi cation of the product is sometimes necessary to comply with local or national rules/circumstances. Under these circumstances an alternative product data sheet is used

Explanation to product data sheets see information sheet 1411 Safety indications see information sheet 1430 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431

for paint and recommended thinners see safety sheets 1430, 1431 and relevant material safety data sheets

CLEANING SOLVENT

Worldwide availability

REFERENCES

SAFETY PRECAUTIONS

March 2013

page 3/3

FLUORGUARD 7000

WARRANTY PPG warrants (i) its title to the product, (ii) that the quality of the product conforms to PPGs specifi cations for such product in effect at the time of manufacture and (iii) that the product shall be delivered free of the rightful claim of any third person for infringement of any U.S. patent covering the product. THESE ARE THE ONLY WARRANTIES THAT PPG MAKES AND ALL OTHER EXPRESS OR IMPLIED WARRANTIES, UNDER STATUTE OR ARISING OTHERWISE IN LAW, FROM A COURSE OF DEALING OR USAGE OF TRADE, INCLUDING WITHOUT LIMITATION, ANY OTHER WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE OR USE, ARE DISCLAIMED BY PPG. Any claim under this warranty must be made by Buyer to PPG in writing within fi ve (5) days of Buyers discovery of the claimed defect, but in no event later than the expiration of the applicable shelf life of the product, or one year from the date of the delivery of the product to the Buyer, whichever is earlier. Buyers failure to notify PPG of such non-conformance as required herein shall bar Buyer from recovery under this warranty.

LIMITATIONS OF LIABILITY IN NO EVENT WILL PPG BE LIABLE UNDER ANY THEORY OF RECOVERY (WHETHER BASED ON NEGLIGENCE OF ANY KIND, STRICT LIABILITY OR TORT) FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IN ANY WAY RELATED TO, ARISING FROM, OR RESULTING FROM ANY USE MADE OF THE PRODUCT. The information in this sheet is intended for guidance only and is based upon laboratory tests that PPG believes to be reliable. PPG may modify the information contained herein at any time as a result of practical experience and continuous product development. All recommendations or suggestions relating to the use of the PPG product, whether in technical documentation, or in response to a specifi c inquiry, or otherwise, are based on data, which to the best of PPGs knowledge, is reliable. The product and related information is designed for users having the requisite knowledge and industrial skills in the industry and it is the end-users responsibility to determine the suitability of the product for its own particular use and it shall be deemed that Buyer has done so, as its sole discretion and risk. PPG has no control over either the quality or condition of the substrate, or the many factors affecting the use and application of the product. Therefore, PPG does not accept any liability arising from any loss, injury or damage resulting from such use or the contents of this information (unless there are written agreements stating otherwise). Variations in the application environment, changes in procedures of use, or extrapolation of data may cause unsatisfactory results. This sheet supersedes all previous versions and it is the Buyers responsibility to ensure that this information is current prior to using the product. Current sheets for all PPG Protective & Marine Coatings Products are maintained at www.ppgpmc.com. The English text of this sheet shall prevail over any translation thereof.

PDS 8570

HI-TEMP COATINGS TECHNOLOGY P.O. Box 2347 Acton, MA 01720 Tel: 978-635-1110 Fax: 978-635-1124 [email protected] www.hitempcoatings.com

Rev. 090412 Page 1 of 4

Hi-Temp 1027 - CUI Prevents Corrosion Under Insulation - Stainless Steel Prevents Stress Corrosion Cracking - DTR Direct to Tight, Adherent Rust Application - Primer High Build, High Solids

- Cryogenic Protects Cryogenic Equipment PRODUCT DESCRIPTION: Service Temperature: minus 300F to 1200F [minus 185C to 650C] Surface Application Temperatures: 50F to 600F [10C to 316C]*

Hi-Temp 1027 is a high-build, single component coating formulated to prevent corrosion under insulation of carbon and stainless steel.

Hi-Temp 1027 is formulated to help prevent chloride induced stress corrosion cracking of stainless steel and has been tested by an independent laboratory for low leachable chlorides, sulfides and halides. It helps protect against chlorides: 1) from the atmosphere, 2) from by-products of process operations, and 3) which may be incorporated in the insulation, from coming in contact with stainless steel.

Hi-Temp 1027 is a low VOC, high build primer which air dries at ambient temperatures to a UV resistant and stable film, and provides excellent corrosion resistance at the full range of service temperatures.

Hi-Temp 1027 can be top coated with a full range of Hi-Temp color top coats. Hi-Temp 1027 can be applied directly to hot substrates having a metal temperature up to 600F [316C]*,

eliminating the need for costly shutdown during maintenance. Hi-Temp 1027 does not require a heat cure to achieve superior corrosion resistance. Hi-Temp 1027 is resistant to thermal shock and thermal cycling in intermittent (wet, steam, dry) service. Hi-Temp 1027 can be applied to tightly adhering rust in maintenance and repair situations. Hi-Temp 1027 will protect cryogenic equipment in continuous or cyclic operation from minus 300F to 1000F

[minus 185C to 538C]. Hi-Temp 1027 provides a UV-resistant, chalking-free film with no maximum recoat interval, regardless of

operating temperature, as long as the surface to be recoated is clean and free of all contaminants.

TECHNICAL DATA:

Components: One Type: Inert Multipolymeric Matrix Dry Temperature Resistance: 1200F [650C] Continuous, 1400F [760C] Peak Cryogenic Service: Minus 300F to 1000F [Minus 185C to 538C] Adhesion ASTM 3359-09: 4A to 5A Impact ASTM G-14 (direct): 30 lbs. Colors Available: Black (Dark Gray), Gray, and Light Gray Minor color change may occur in exposed service, but corrosion protection will not be compromised. Finish: Flat Dry Time @ 50% R.H., 70F [21C]: (Recoat and dry times are reduced when applied to hot substrates)

To touch 2 hours To ship 24 hours To topcoat 6 hours

Substrate Temperature During Application: 50F [10C] and rising to 600F [316C]* Thinner/Cleanup: See Mixing, Thinning, and Cleanup Table Volume Solids: 65% 2% as applied Coverage @ 1 mil DFT @ 25 microns DFT

1042 ft2/gal [25.5 m2/l]

VOC: 3.5 lbs/gal [420 g/l] Weight: 16 lbs/gallon [1.92 kg/liter] Packaging: 1 gallon cans; 50 gallon drums Storage Temperatures: 40F to 120F [4C to 49C] Shelf Life: Two years

* For direct application to hot substrates over 500F and up to 600F [260C to 316C] consult Hi-Temp Technical Service.

Product: Hi-Temp 1027 Page 2 of 4 Rev. 090412

SURFACE PREPARATION: As with all coatings, the performance and service life of Hi-Temp 1027 are relative to the quality of surface preparation accomplished. CARBON STEEL All surfaces to be coated with Hi-Temp 1027 shall be free of all weld splatter, oil, dirt, grease, and all other contaminants, especially salts. Round off all rough welds and sharp edges. In maintenance and repair situations, Hi-Temp 1027 can be applied over a surface in which tightly adhering rust is still present; remove all rust scale and loosely adhering rust until glints of bright metal are visible. The remaining rust must be tightly adherent and not easily removed by lightly wiping with a cloth. Hi-Temp 1027 should only be used to overcoat inorganic zinc or itself. When overcoating aged inorganic zinc, prepare a small test patch and check for adhesion. If previously applied coatings other than inorganic zinc or Hi-Temp 1027 are not fully removed by the method of surface preparation utilized, feather the edges of any remaining old coating, and use Hi-Temp 1027 to spot prime only the areas where the substrate is exposed. Non-insulated surfaces:

Recommended: Dry abrasive blast clean to SSPC-SP 6, Commercial Blast [Sa 2] with a 1.0 to 2.0 mil [25 to 50 micron] profile.

When abrasive blast cleaning is not an option, the following methods are acceptable:

SSPC-SP 15 Commercial Grade Power Tool Cleaning, with a minimum 1.0 mil [25 micron] profile. SSPC-SP 12, Surface Preparation and Cleaning of Metals by Waterjetting Prior to Recoating to meet the

visual definition of WJ-3, Thorough Cleaning. Use potable water. SSPC-SP 3, Power Tool Cleaning [St 3] or SSPC-SP 2, Hand Tool Cleaning [St 2].

Insulated surfaces:

Recommended: Dry abrasive blast clean to SSPC-SP 6, Commercial Blast [Sa 2] or better, with a 1.0 to 2.0 mil [25 to 50 micron] profile.

When abrasive blasting is not an option, the following methods are acceptable:

SSPC-SP 15 Commercial Grade Power Tool Cleaning, with a minimum 1.0 mil [25 micron] profile. SSPC-SP 12, Surface Preparation and Cleaning of Metals by Waterjetting Prior to Recoating to meet the

visual definition of WJ-2 Very thorough or Substantial Cleaning. Use potable water. All existing coating must be removed except for aged inorganic zinc or existing Hi-Temp 1027.

Power Tool Clean or Hand Tool Clean to remove all existing coating except for aged inorganic zinc or existing Hi-Temp 1027.

STAINLESS STEEL All surfaces to be coated with Hi-Temp 1027 shall be free of all weld splatter, oil, dirt, grease, and all other contaminants, especially salts. Round off all rough welds and sharp edges. IMPORTANT: DO NOT USE CHLORINATED SOLVENTS ON STAINLESS STEEL SURFACES. Non-insulated and insulated surfaces:

Small surfaces may be cleaned with a chloride free solvent. Large surfaces may be cleaned utilizing a high or low pressure wash or steam cleaning with an alkaline detergent, followed by a freshwater rinse. Water used should be potable grade or better and should be checked to assure minimal salt content. Do not use any chemical additives in the rinse water.

An anchor profile is not mandatory for adhesion of Hi-Temp 1027 on stainless steel surfaces. o As an option, following cleaning, a light abrasive sweep blast using an appropriate chloride free

abrasive may be performed. After completion of this mechanical surface preparation, rinse the surface with potable grade water or better. Always allow rinsed surfaces to dry before coating.


MIXING, THINNING, AND CLEANUP: Hi-Temp 1027 is a heavy bodied material; use mechanical agitation for mixing immediately before application and as needed during application. Be sure any settled solids are incorporated during mixing. If thinning is needed, thin only with Hi-Temp thinners and in accordance with applicable regulations. Agitate as needed during application.

Application to ambient substrate Below 150F [66C]

Application to hot substrate 150F to 500F [66C to 260C]

Flush equipment and thin with Hi-Temp #10 or #11 Flush equipment and thin with Hi-Temp #5

Clean up with Thinners #5, #10, #11 For application to hot substrates over 150F and up to 500F [66C to 260C] thin (if needed) only with Hi-Temp thinner #5. For application to substrates over 500F and up to 600F [260C to 316C] consult Hi-Temp Technical Service. APPLICATION: For ambient application, surface temperature should be a minimum of 5F [3C] above the dew point. Do not apply to surfaces with surface temperature below 50F [10C]. Do not exceed recommended maximum dry film thicknesses for the appropriate service type and temperatures. APPLICATION TO HOT SURFACES: IMPORTANT! It is essential to apply multiple thin passes of Hi-Temp 1027 during application to hot steel. This process, similar to mist coating, prevents blistering and also allows solvent to escape without leaving pinholes. Use of a solvent other than Hi-Temp #5 thinner could produce a fire hazard, and dry spray and poor film characteristics may also result. If blisters are observed in Hi-Temp 1027 applied to hot surfaces, immediately brush out the blisters before they set, using a wood-handled china bristle brush. Note that the higher the substrate temperature, the shorter the recoat time. For direct application to hot substrates over 500F and up to 600F [260C to 316C] consult Hi-Temp Technical Service. APPLICATION EQUIPMENT: Spray application is recommended: Use conventional or airless spray and good painting practices. Typical equipment is as follows:

Product Conventional Spray Airless Spray Air

Pressure Fluid Pressure

Fluid Tip Pressure Minimum Fluid Line

Tip size

1027 60-80 psi


II. PRIMER / TOPCOAT SYSTEM NON-INSULATED SERVICE Carbon Steel / Stainless Steel Applied direct to hot or ambient steel

Primer Coat - Hi-Temp 1027 - 1 coat @ 5 to 6 mils DFT [125 to 150 microns] Hi-Temp Color Topcoats (See appropriate topcoat PDS) a] Ambient apply: Hi-Temp 500VS or Hi-Temp 1000VS b] Hot apply: Hi-Temp 500VHA or Hi-Temp 1000VHA

III. CRYOGENIC INSULATED AND NON-INSULATED SERVICE Ambient Stainless Steel

Hi-Temp 1027 [1.] For service temperature of minus 100 F to 400 F [minus 73C to 204C] 2 coats @ 5 to 6 mils [125 to 150 microns] DFT per coat; total of 10 to12 mils [250 to 300 microns]

[2.] For service temperature of minus 300 F to 1000 F [minus 185 C to 538C] 1 coat @ 5 to 6 mils [125 to 150 microns] - DO NOT EXCEED 8 mils [200 microns] total DFT RECOMMENDED APPLICATION PER COAT:

Minimum Maximum Mils Microns Mils Microns Dry Film Thickness 5 [125] 6 [150] Wet Film Thickness 7.7 [192] 9.2 [230] Coverage 208 ft2/gal [5.1 m2/l] 174 ft2/gal [4.3 m2/l]

APPROXIMATE DRY SCHEDULE:

Substrate Temperature at 50% RH 50F [10C]

70F [21C] 100F [38C] 302F [150C]

Dry to Recoat, Minimum 24 hours 6 hours 5 hours 1/4 hour Dry to Recoat, Maximum No maximum as long as the surface is clean and free of contaminants Dry to Ship 24 hours 24 hours 24 hours N/A Cured N/A N/A N/A N/A

Dry times can vary based on environmental and substrate conditions. Do not exceed maximum dry film thickness recommendations as this can affect dry times.

PRECAUTIONS: This product is for use only by professional applicators in accordance with information in this data sheet and the applicable material safety data sheets (MSDS). Refer to the appropriate MSDS before using this material. All use and application of this product should be performed in compliance with all relative federal, state and local health, safety and environmental regulations or in compliance with all pertinent local, regional and national regulations as well as good safety practices for painting, and in conformance with recommendations in SSPC-PA 1, Shop, Field and Maintenance Painting of Steel.

WARRANTY:

Hi-Temp Coatings Technology, Inc. (Hi-Temp) warrants that its products are free from defects in material and workmanship. Hi-Temps sole obligation and buyers exclusive remedy shall be limited to replacement of products not conforming to this warranty. Any claim for replacement product must be made within one year from the delivery date. Hi-Temp makes no other warranties, expressed or implied, such as warranties of merchantability or fitness for a particular purpose. Hi-Temp products are intended for buyers with the knowledge and skills to evaluate the suitability of Hi-Temps products for buyers intended use. In no event shall Hi-Temp be liable for consequential or incidental damage.

HI-TEMP COATINGS TECHNOLOGY P.O. Box 2347 Acton, MA 01720 Tel: 978-635-1110 Fax: 978-635-1124 [email protected] www.hitempcoatings.com

Rev. 082012 Page 1 of 3

HI-TEMP 1000VS

Heat Resistant Standard and Custom Color Topcoats Superior Color Stability to 1000F [538C] Ambient Temperature Cure & VOC < 3.5 lb/gal

PRODUCT DESCRIPTION: For use as a topcoat for Hi-Temp 1027

Hi-Temp 1000VS is formulated with a highly engineered silicone resin, enabling it to withstand severe

thermal cycling to 1200F [649C]. This also allows Hi-Temp 1000VS to have superior color stability as compared to most generic silicone topcoats, which tend to discolor at elevated temperatures.

Hi-Temp 1000VS is available in both standard and custom colors. Hi-Temp 1000VS air dries rapidly and does not require heat cure. Hi-Temp 1000VS has excellent spray application properties. Hi-Temp 1000VS is a user-friendly system that can be brushed and rolled. Hi-Temp 1000VS has excellent weathering and corrosion resistance when applied over properly primed

surfaces. Hi-Temp 1000VS does not soften in thermal cyclic service. Color stability may be affected at the top end of the temperature range. Hi-Temp 1000VS is specifically formulated as an ambient, heat resistant topcoat for Hi-Temp 1027.

TECHNICAL DATA:

Type: SiliconeDry Temperature Resistance: To 1200F [650C]Color Stability: Standard & Custom To 1000F [538C]

Black To 1200F [650C]Colors: Standard & CustomFinish: FlatComponents: OneDry Time @ 50% R.H., 70F [21C]- To touch Two Hours- To ship 24 Hours

Cure: N/AMetal Temperature During Application: 50F to 150F [10C to 66C] Thinner: Hi-Temp #10 or #11 Volume Solids: 34%Theoretical Coverage @1 mil DFT 545 ft2/galTheoretical Coverage @25 microns 13.4 m2/lVOC Content: 3.5 lb/gal [420 g/l]Weight per Gallon: 11.4 lb. [5.2 kg]Storage Temperature: 40F to 120F [4C to 49C]Shelf Life: One year

SURFACE PREPARATION:

Performance of the coating system is relative to the surface preparation accomplished. Hi-Temp 1000VS is designed to be applied over Hi-Temp 1027 primer.

Product: Hi-Temp 1000VS Page 2 of 3 Rev. 082012

New or Corroded Surfaces: For corrosion resistant service, use of an approved corrosion resistant primer is necessary. Surfaces

to be coated must be primed in accordance with the Hi-Temp 1027 product data sheet. Consult Hi- Temp for alternate and approved primers. Allow appropriate dry time. Apply one coat of Hi-Temp 1000VS at 2 to 2.5 mils [50 to 63 microns] DFT.

For cosmetic service only, use of an approved corrosion resistant primer is recommended but not necessary. Abrasive blast clean to SSPC-SP 6 Commercial Blast [Sa 2] with profile of 1 to 1.5 mils [25 to 38 microns] or pressure wash to an equivalent of SSPC-SP 6 [Sa 2] condition. Surfaces to be coated must be dry and free of salts, weld splatter, oil, dirt, grease, and all other contaminants. Round off all rough welds and sharp edges. Apply two coats of Hi-Temp 1000VS at 2 to 2.5 mils [50 to 63 microns] DFT per coat for a total of 4 to 5 mils [100 to 125 microns] DFT.

Previously Painted Surfaces in Good Condition: If old coating is intact and there is no evidence of cracking, fracturing, and/or delamination, pressure

wash surface to remove all salts, oil, grease, and contaminants and apply one coat of Hi-Temp 1000VS at 2 to 2.5 mils [50 to 63 microns] DFT.

Previously Painted Surfaces in Poor Condition or with some Localized Corrosion: If old coating shows evidence of cracking, fracturing, delamination, and/or corrosion, follow surface preparation guidelines for new steel. If there is no evidence of cracking, fracturing, or delamination, just small areas of corrosion (less than 10% of the area to be coated), power wash the entire structure, removing all salts, oil, grease, and other contaminants. Once dry, perform surface preparation and apply Hi-Temp 1027 in accordance with the data sheet on all areas where the existing paint has been removed. Once these areas are primed and dry, apply one coat of Hi-Temp 1000VS at 2 to 2.5 mils [50 to 63 microns] DFT over the entire surface.

Prior to application of 1000VS over other coatings, prepare a small test patch area and test for adhesion.

MIXING, THINNING, AND CLEANUP:

Use mechanical agitation for mixing. Mix materials until uniform in consistency. Thinning is not normally needed. If a condition warrants thinning, thin only with Hi-Temp Thinners #10 or #11. Thin only in accordance with applicable regulations.

Application to Ambient Substrate 50F [10C] to 150F [66C] Flush, Thin, and Clean up with: Hi-Temp Thinner #10 or #11

APPLICATION:

Surface temperature must be a minimum of 5F [3C] above the dew point. Do not apply at substrate temperatures below 50F [10C] or above 150F [66C].

APPLICATION EQUIPMENT:

Spray: Standard conventional or airless spray is highly recommended. Use good painting practices. Typical equipment is as follows:

Product Conventional Spray Airless Spray Air

Pressure Fluid Pressure

Fluid Tip Pressure Minimum Fluid Line

Tip size

1000VS 60-80 psi

Product: Hi-Temp 1000VS Page 3 of 3 Rev. 082012

APPLICATION SYSTEMS:

Un-insulated steel Do not exceed recommended dry film thickness

Primer Hi-Temp 1027 5.0 to 6.0 mils [125 to 150 microns] DFT Topcoat Hi-Temp 1000VS 2.0 to 2.5 mils [50 to 63 microns] DFT Total Dry Film Thickness 7.0 to 8.5 mils [175 to 213 microns] DFT

RECOMMENDED APPLICATION PER COAT:

Hi-Temp 1000VS

Minimum MaximumMils Microns Mils Microns

Dry Film 2 [50] 2.5 [63]Wet Film 5.9 [148] 7.3 [183]Theoretical Coverage 273 ft2/gal [6.7 m2/l ] 218 ft2/gal. [5.4 m2/l]

DRY SCHEDULE:

Substrate Temperature at 50% RH

50F [10C] 70F [21C] 90F [32C] 150F [66C]

Dry to touch 4 hours 2 hours 2 hours hour Dry to Ship 72 hours 24 hours 16 hours hour Cure N/A

When shipping and handling equipment coated with Hi-Temp 1000VS follow procedures for thin film coatings.

Avoid mechanical damage and abrasion.

PRECAUTIONS:

This product is for use only by professional applicators in accordance with information in this data sheet and the applicable material safety data sheets (MSDS). Refer to the appropriate MSDS before using this material. All use and application of this product should be performed in compliance with all relative federal, state and local health, safety and environmental regulations or in compliance with all pertinent local, regional and national regulations as well as good safety practices for painting, and in conformance with recommendations in SSPC PA 1, Shop, Field and Maintenance Painting of Steel.

WARRANTY:

Hi-Temp Coatings Technology, Inc. (Hi-Temp) warrants that its products are free from defects in material and workmanship. Hi-Temps sole obligation and buyers exclusive remedy shall be limited to replacement of products not conforming to this warranty. Any claim for replacement product must be made within one year from the delivery date. Hi-Temp makes no other warranties, expressed or implied, such as warranties of merchantability or fitness for a particular purpose. Hi-Temp products are intended for buyers with the knowledge and skills to evaluate the suitability of Hi-Temps products for buyers intended use. In no event shall Hi-Temp be liable for consequential or incidental damage.

/3

April 20093 pages Revision of November 2005

two component solvent free amine cured phenolic epoxy compound

sprayable caulking to overlap the welding seams suitable caulking compound for use under SigmaGuard CSF 650 and Novaguard 840 excellent chemical resistance against crude oil, unleaded gasolines and a wide range of petrochemicals and solvents can be applied by heavy duty single feed airless spray equipment (60:1) good visibility due to light colour reduced explosion risk and fi re hazard

cream - gloss

(1 g/cm = 8.25 lb/US gal; 1 m/l = 40.7 ft/US gal) (data for mixed product)

1.4 g/cm 100% max. 105 g/kg (Directive 1999/13/EC, SED) max. 144 g/l (approx. 1.2 lb/gal) 3500 - 5000 m depending on system 6 hours min. 16 hours * max. 3 months * 5 days *

(data for components)

at least 12 months

steel; blast cleaned to a minimum of ISO-Sa2, blasting profi le 50 - 100 m steel with suitable holding primer (SigmaGuard 260 or SigmaCover 280) which must be dry, clean and free from any contamination

mixing ratio by volume: base to hardener 75 : 25

when mixing the temperature of the base and hardener should be at least 20C at lower temperature the viscosity will be too high for spray application no thinner should be added

none

1 hour at 20C * * see additional data

DESCRIPTION


COLOURS AND GLOSS

BASIC DATA AT 20C

Mass density Volume solids VOC (supplied) Recommended dry fi lm thickness Touch dry after Overcoating interval

Full cure after




Induction time

Pot life

NOVAGUARD 830

/3

April 2009

NOVAGUARD 830

heavy duty single feed airless spray equipment with a minimum of 60:1 pump ratio and suitable high pressure hoses in-line heating or insulated hoses may be necessary to avoid cooling down of paint in hoses at low air temperature length of hoses should be as short as possible

no thinner should be added approx. 0.67 mm (= 0.026 in) at an angle of 30 40 at 20C (paint temperature) min. 30 MPa (= approx. 350 bar; 5000 p.s.i.)at 30C (paint temperature) min. 25 MPa (= approx. 250 bar; 3500 p.s.i.)

Thinner 90-83 all application equipment must be cleaned immediately after use paint inside the spraying equipment must be removed before the pot life time has been expired


Film thickness and spreading rate

theoretical spreading rate m/l 0.3

dft in m 3000

structure: in different layers wet in wet in order to reach the required fi lm thickness

Overcoating table with solvent free tanklinings

substrate temperature 10C 20C 30C

minimum interval 30 hours 16 hours 12 hours

maximum interval 3 months 2 months 1 month

surface should be dry and free from any contamination

Curing table

substrate temperature dry to handle full cure10C 30 hours 7 days20C 16 hours 5 days30C 10 hours 3 days

although the paint is solvent free adequate ventilation must be maintained during application and curing (please refer to sheet 1433 and 1434)

AIRLESS SPRAY

Recommended thinner Nozzle orifi ce Nozzle pressure

CLEANING SOLVENT

SAFETY PRECAUTIONS

ADDITIONAL DATA

/3

April 2009

NOVAGUARD 830

Pot life

20C 60 min.30C 45 min.

due to exothermic reaction, temperature during and after mixing may increase

Whilst it is always the aim of PPG Protective & Marine Coatings to supply the same product on a worldwide basis, slight modifi cation of the product is sometimes necessary to comply with local or national rules/circumstances.Under these circumstances an alternative product data sheet is used.

Explanation to product data sheets see information sheet 1411 Safety indications see information sheet 1430 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431 Safe working in confi ned spaces see information sheet 1433 Directives for ventilation practice see information sheet 1434 Cleaning of steel and removal of rust see information sheet 1490

LIMITATION OF LIABILITY

The information in this data sheet is based upon laboratory tests we believe to be accurate and is intended for guidance only. All recommendations or suggestions relating to the use of the Sigma Coatings products made by PPG Protective & Marine Coatings, whether in technical documentation, or in response to a specifi c enquiry, or otherwise, are based on data which to the best of our knowledge are reliable. The products and information are designed for users having the requisite knowledge and industrial skills and it is the end-user's responsibility to determine the suitability of the product for its intended use.

PPG Protective & Marine Coatings has no control over either the quality or condition of the substrate, or the many factors affecting the use and application of the product. PPG Protective & Marine Coatings does therefore not accept any liability arising from loss, injury or damage resulting from such use or the contents of this data sheet (unless there are written agreements stating otherwise).

The data contained herein are liable to modifi cation as a result of practical experience and continuous product development.This data sheet replaces and annuls all previous issues and it is therefore the user's responsibility to ensure that this sheet is current prior to using the product.

The English text of this document shall prevail over any translation thereof.

PDS 7945


REFERENCES

February 2013

page 1/5

5 pages Revision of March 2011

NOVAGUARD 840

two component solvent free amine cured novolac phenolic epoxy coating

one coat tank coating system clear version for glassmat reinforced solvent free tank bottom system (see

system sheet 4145) excellent resistance to crude oil up to 90C suitable for storage of unleaded gasolines good chemical resistance against a wide range of chemicals and solvents good visibility due to light colour glossy and smooth appearance easy to clean can be applied by heavy duty single feed airless spray equipment (60:1) reduced explosion risk and fi re hazard approved to Air BP F2D2 section 2.1 for the storage of jet fuels

green, cream, clear gloss

(1 g/cm = 8.35 lb/US gal; 1 m/l = 40.7 ft/US gal)

(data for mixed product)

1.3 g/cm 100% max. 106 g/kg max. 142 g/l (approx. 1.2 lb/gal) 73 g/ltr (0.6 lb/gal) (by EPA Method 24) see information sheet 1411

Recommended dry fi lm thickness 300 - 600 m depending on system Theoretical spreading rate 3.3 m/l for 300 m *

6 hours at 20C min. 24 hours * max. 2 months * 5 days * at 20C

(data for components) at least 12 months * see additional data

steel; blast cleaned to a minimum of ISO-Sa2, blasting profi le 50 - 100 m substrate temperature must be above 5C and at least 3C above dew point

during application and curing steel with suitable primer (SigmaGuard 260) which must be dry, clean and

free from any contamination

Description


COLOURS AND GLOSS

BASIC DATA AT 20C

Mass density Volume solids VOC (Supplied)

VOC (EPA Method 24)


Full cure after



February 2013

page 2/5

NOVAGUARD 840


the temperature of the mixed base and hardener should preferably be at

least 20C at lower temperature the viscosity will be too high for spray application no thinner should be added for recommended application instructions: see working procedure

none 1 hours at 20C * *see additional data

use heavy duty single feed airless spray equipment preferably 60:1 pump ratio and suitable high pressure hoses/in -line heating or insulated hoses may be necessary to avoid cooling down of paint in hoses at low air temperaturelength of hoses should be as short as possible

Recommended thinner no thinner should be addedNozzle orifi ce approx. 0.53 mm (= 0.021 in)Nozzle pressure at 20C (paint temperature) min. 28 MPa (= approx. 280 bar; 4061 p.s.i.)

at 30C (paint temperature) min. 22Mpa (=approx. 220 bar: 3000 p.s.i.)

only for spot repair and stripe coatingRecommended thinner no thinner should be added

Thinner 90-83 (preferred) or Thinner 90-53 paint inside the spraying equipment must be removed before the pot life time

has been expired all equipment used for application must be cleaned immediately after use


theoretical spreading rate m/l 3.3 1.7

dft in m 300 600

Maximum dft when brushing: 150 m

measuring wet fi lm thickness a deviation is often obtained between the measured apparent wft and the

real applied wft this is due to the thixotropy and the surface tension of the paint which

retards the release of air trapped in the paint fi lm for some time recommendation is to apply a wft which is equal to the specifi ed dft

plus 60 m



AIRLESS SPRAY

BRUSH/ROLLER

CLEANING SOLVENT

February 2013

page 3/5

NOVAGUARD 840

measuring dry fi lm thickness because of low initial hardness the dft cannot be measured within some

days due to the penetration of the measuring device into the soft paint fi lm the dft should be measured using a calibration foil of known thickness placed

in between the coating and the measuring device

Overcoating with Novaguard 840 (spot repair and stripe coating)

substrate temperature 5C 10C 20C 30C

minimum interval 80 hours 36 hours 24 hours 16 hours

maximum interval 3 months 3 months 2 months 1 month


Curing table

substrate temperature dry to handle full cure5C 60 hours 15 days10C 30 hours 7 days20C 16 hours 5 days30C 10 hours 3 days

adequate ventilation must be maintained during application and curing (please refer to sheets 1433 and 1434)

for storage and transport of drinking water the recommended working procedure should be followed

WASHING PROCEDURE all personnel should wear watertight suits, boots and gloves properly

cleaned with a sodium hypochlorite solution (1% active chlorine per liter) all tank sides, bottom and deckheads etc. should be brush cleaned or high-

pressure spray cleaned with 1% active chlorine solution as abovenote: this can also be done by butterworth washing

all parts should be high pressure cleaned with tap water and tanks drained concentrated active chlorine solution should be sprinkled on bottom;

approx. 1 ltr/10 m tanks should be fi lled with tap water to a depth of approx. 20 cm and the

water should remain in the tank for at least 2 hours (max. 24 hours) tanks should be thoroughly fl ushed out with tap water depending upon local regulations it may be necessary to take water

samples, after fi lling tank completely, to check on bacteria after this procedure the tanks will be fi t to carry drinking water

Curing

February 2013

page 4/5

NOVAGUARD 840

Pot life (at application viscosity)

20C 60 min.30C 45 min.



Safety indications see information sheet 1430 Safe working in confi ned spaces see information sheet 1433 Cleaning of steel and removal of rust see information sheet 1490 Explanation to product data sheets see information sheet 1411 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431 Directives for ventilation practice see information sheet 1434 Specifi cation for mineral abrasives see information sheet 1491 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431 Relative humidity - substrate temperature -air temperature see information sheet 1650 Conversion tables see information sheet 1410


although this is a solvent free paint, care should be taken to avoid inhalation of spray mist as well as contact between the wet paint and exposed skin or eyes

no solvent present; however, spray mist is not harmless, a fresh air mask should be used during spraying

ventilation should be provided in confi ned spaces to maintain good visibility


REFERENCES

SAFETY PRECAUTIONS

February 2013

page 5/5

NOVAGUARD 840



PDS 7468

237775 cream 3012002200180207 green 4000001400

September 2013

page 1/5

5 pages Revision of November 2012

NOVAGUARD 890

two component solvent free amine cured novolac phenolic epoxy coating

one coat tank coating system excellent resistance to crude oil up to 90C suitable for storage of unleaded gasolines blended up to 100% ethanol

(E5 up to E100) suitable for storage of biodiesel (EN14214) good chemical resistance against a wide range of chemicals and solvents good visibility due to light colour semigloss and smooth appearance clear version for glassmat reinforced solvent free tank bottom system (see

system sheet 4155) easy to clean can be applied by heavy duty single feed airless spray equipment (60:1) reduced explosion risk and fi re hazard

green, cream, clear semi-gloss



1.4 g/cm 100% max. 94 g/kg (Directive 1999/13/EC, SED) max. 131 g/l (approx. 1.1 lb/gal) see information sheet 1411

Recommended dry fi lm thickness 300 - 600 m depending on system Theoretical spreading rate 3.3 m/l for 300 m *

8 hours at 20C min. 24 hours * max. 2 months * 6 days *


steel; blast cleaned to a minimum of ISO-Sa2, blasting profi le 50 - 100 m substrate temperature should be above 5C and at least 3C above dew

point during application and curing steel with suitable primer (SigmaGuard 260) which must be dry, clean and

free from any contamination

Description


COLOURS AND GLOSS

BASIC DATA AT 20C

Mass density Volume solids VOC (Supplied)


Full cure after



September 2013

page 2/5

NOVAGUARD 890


the temperature of the mixed base and hardener should preferably be at least 20C

no thinner should be added for recommended application instructions: see working procedure at lower temperature the viscosity will be too high for spray application

none 1 hour at 20C * * see additional data

Recommended thinner no thinner should be addedNozzle orifi ce approx. 0.53 mm (=0.021 in)Nozzle pressure at 20C (paint temperature) min. 28 MPa (= approx. 280 bar; 4061 p.s.i.)

at 30C (paint temperature) min. 22Mpa (=approx. 220 bar: 3000 p.s.i.)

use heavy duty single feed airless spray equipment preferably 60:1 pump ratio and suitable high pressure hoses

for stripe coating and spot repair onlyRecommended thinner no thinner should be added

Thinner 90-83 (preferred) or Thinner 90-53 all application equipment must be cleaned immediately after use paint inside the spraying equipment must be removed before the pot life time

has been expired


theoretical spreading rate m/l 3.3 1.7

dft in m 300 600


measuring wet fi lm thickness a deviation is often obtained between the measured apparent wft and the

real applied wft this is due to the thixotropy and the surface tension of the paint which

retards the release of air trapped in the paint fi lm for some time recommendation is to apply a wft which is equal to the specifi ed dft

plus 60 m



AIRLESS SPRAY

BRUSH/ROLLER

CLEANING SOLVENT

ADDITIONAL DATA

September 2013

page 3/5

NOVAGUARD 890

measuring dry fi lm thickness because of low initial hardness the dft cannot be measured within some

days due to the penetration of the measuring device into the soft paint fi lm the dft should be measured using a calibration foil of known thickness placed

in between the coating and the measuring device

Overcoating table with itself (spot repair and stripe coating)

substrate temperature 10C 20C 30C

minimum interval 36 hours 24 hours 16 hours

maximum interval 3 months 2 months 1 month


Curing table

substrate temperature dry to handle full cure10C 40 hours 10 days20C 18 hours 6 days30C 12 hours 4 days


for storage and transport of drinking water the recommended working procedure should be followed


20C 60 min.30C 45 min.



Curing


September 2013

page 4/5

NOVAGUARD 890

Conversion tables see information sheet 1410 Explanation to product data sheets see information sheet 1411 Safety indications see information sheet 1430 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431 Safe working in confi ned spaces see information sheet 1433 Directives for ventilation practice see information sheet 1434 Cleaning of steel and removal of rust see information sheet 1490 Specifi cation for mineral abrasives see information sheet 1491 Relative humidity - substrate temperature -air temperature see information sheet 1650


although this is a solvent free paint, care should be taken to avoid inhalation of spray mist as well as contact between the wet paint and exposed skin or eyes

no solvent present; however, spray mist is not harmless, a fresh air mask should be used during spraying

ventilation should be provided in confi ned spaces to maintain good visibility

REFERENCES

SAFETY PRECAUTIONS

September 2013

page 5/5

NOVAGUARD 890



PDS 7755

269264 green 4194542200282887 cream 3002002200

November 2012

page 1/4

4 pages Revision of September 2011

Phenguard 253

two component high build amine adduct cured novolac phenolic epoxy primer

excellent resistance to a wide range of organic acids, alcohols, edible oils and solvents

maximum cargo fl exibility low cargo absorbtion recognized corrosion control coating (Lloyds register) See sheet 1886 good application properties, resulting in a smooth surface

grey, offwhite semigloss



1.4 g/cm ( mixed product ) 72% 3% max. 200 g/l (approx. 1.7 lb/gal)(UK PG 6/23(92) Appendix 3)

Recommended dry fi lm thickness 125 - 150 m

Theoretical spreading rate 7.2 m/l for 100 m min.10 hours* max. 5 days * at least 12 months * see additional data

steel; blast cleaned in situ to at least ISO-Sa2 and free from rust, scale, shop primer and any other contamination

blasting profi le 50 - 100 m the substrate must be perfectly dry before and during application of

Phenguard 253 substrate temperature must be above 10C and at least 3C above dew

point during application and curing


the temperature of the paint should preferably be above 15C, otherwise extra thinner may be required to obtain application viscosity

too much solvent results in reduced sag resistance and slower cure thinner should be added after mixing the components

allow induction time before use15C - 45 min.20C - 30 min.25C - 15 min. 4 hours at 21.1C / 70F * see additional data

Description


COLOURS AND GLOSS

BASIC DATA AT 20 C

Mass density Volume solids VOC (UK PG 6/23(92) appendix 3)

Overcoating interval




Induction time

Pot life

November 2012

page 2/4

Phenguard 253

Recommended thinner Thinner 91-92Volume of thinner 5 - 10%, depending on required thickness and application conditionsNozzle orifi ce 2 mmNozzle pressure 0.3 MPa (= approx. 3 bar; 44 p.s.i.)

Recommended thinner Thinner 91-92Volume of thinner 5 - 10%, depending on required thickness and application conditionsNozzle orifi ce approx. 0.46 - 0.53 mm (= 0.018 - 0.021 in)Nozzle pressure 15 - 15 MPa (= approx. 150 - 150 bar; 2176 - 2176 p.s.i.)

only for touch up and spot repairRecommended thinner Thinner 91-92Volume of thinner 0 - 5%

Thinner 90-53


theoritical spreading rate m2/l 7.2 4.8

dft in m 100 150

Overcoating tabel for Phenguard 253

substrate temperature

10C 15C 20C 30C 40C

minimum interval 24 hours 16 hours 10 hours 4 hours 3 hours

maximum interval 7 days 6 days 5 days 4 days 3 days


Curing table

substrate temperature Service10C 14 day15C 10 days20C 7 days30C 4 days40C 4 days

minimum curing time of Phenguard 253 tank coating systems before the transport of cargoes please contact your PPG representative for further details

AIR SPRAY

AIRLESS SPRAY

BRUSH/ROLLER

CLEANING SOLVENT

ADDITIONAL DATA

Curing

November 2012

page 3/4

Phenguard 253


10C 6 hours20 C 4 hours30 C 2 hours

Whilst it is always the aim of Sigma Coatings to supply the same product on a worldwide basis, slight modifi cation of the product is sometimes necessary to comply with local or national rules/circumstances.Under these circumstances an alternative product data sheet is used.

Explanation to product data sheets see information sheet 1411 Safety indications see information sheet 1430 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431 Safe working in confi ned spaces see information sheet 1433 Directives for ventilation practice see information sheet 1434 Cleaning of steel and removal of rust see information sheet 1490 Specifi cation for mineral abrasives see information sheet 1491


This is a solvent borne paint and care should be taken to avoid inhalation of spray mist or vapour as well as contact between the wet paint and exposed skin or eyes


REFERENCES

SAFETY PRECAUTIONS

November 2012

page 4/4

Phenguard 253


PDS 7447

July 2012

page 1/5


PHENGUARD 930

two component high build amine adduct cured novolac phenolic epoxy primer

primer coat in the Phenguard tankcoating system excellent resistance to a wide range of organic acids, alcohols, edible oils,

fats (regardless of free fatty acid content) and solvents maximum cargo fl exibility low cargo absorption good resistance to hot water recognized corrosion control coating (Lloyd's register), see sheet 1886 good application properties, resulting in a smooth surface

offwhite eggshell



1.7 g/cm 66% 2% max. 191 g/kg (Directive 1999/13/EC, SED) max. 315 g/l (approx. 2.6 lb/gal)(UK PG 6/23(92) Appendix 3)

Recommended dry fi lm thickness 100 m * Theoretical spreading rate 6.6 m/l for 100 m *

2 hours at 20 C min. 36 hours * max. 21 days * see curing table * at least 12 months * see additional data

steel; blast cleaned in situ to at least ISO-Sa2 and free from rust, scale, shop primer and any other contamination

blasting profi le 50 - 100 m the substrate must be perfectly dry before and during application of



marine system sheet: 3141

tankcoatings system sheet: 3322

Description


COLOURS AND GLOSS

BASIC DATA AT 20 C

Mass density Volume solids VOC (Directive 1999/13/EC, SED) VOC (UK PG 6/23(92) appendix 3)

Touch dry after


Full cure after Shelf life (cool and dry place)


SYSTEM SPECIFICATION

July 2012

page 2/5

PHENGUARD 930


the temperature of the mixed base and hardener should preferably be above 15C, otherwise extra solvent may be required to obtain application viscosity


4 hours at 20 C * allow induction time before use 15C - 20 min. 20C - 15 min. 25C - 10 min.


Recommended thinner Thinner 91-92Volume of thinner 0 - 10%, depending on required thickness and application conditionsNozzle orifi ce approx. 0.46 - 0.53 mm (= 0.018 - 0.021 in)Nozzle pressure 15 MPa (= approx. 150 bar; 2176 p.s.i.)

only for spot repair and stripe coatingRecommended thinner Thinner 91-92Volume of thinner 0 - 5%

Thinner 90-53



dft in m 100 125


Overcoating table for Phenguard 935


10C 15C 20C 30C 40C





Pot life Induction time

AIR SPRAY

AIRLESS SPRAY

BRUSH/ROLLER

CLEANING SOLVENT

July 2012

page 3/5

PHENGUARD 930

Curing table for Phenguard tankcoating system before transport of cargoes without note 4, 7, 8 or 11 and ballast water and tanktest with sea water

substrate temperature Service10C 14 days15C 14 days20C 10 days30C 7 days40C 5 days

minimum curing time of Phenguard tankcoating system before transport of cargoes with note 4, 7, 8 or 11: 3 months

for detailed information on resistance and resistance notes, please refer to the latest issue of the Cargo Resistance List

for transport of methanol and vinyl acetate monomer, a hot cure is required which cannot be substituted by a service period of 3 months with non-aggressive cargoes


the performance of the applied system strongly depends on the curing degree of the fi rst coat at time of recoating. Therefore overcoating time between 1st and 2nd coat is extended in comparison between 2nd and 3rd coat (see overcoating details)

when used as a primer under solvent free tank-linings the dft must be limited to a maximum of 100 m


10 C 6 hours20 C 4 hours30 C 1.5 hour


Curing


July 2012

page 4/5

PHENGUARD 930

Conversion tabels see information sheet 1410 Explanation to product data sheets see information sheet 1411 Safety indications see information sheet 1430 Safety in confi ned spaces and health safetyExplosion hazard - toxic hazard see information sheet 1431 Safe working in confi ned spaces see information sheet 1433 Directives for ventilation practice see information sheet 1434 Cleaning of steel and removal of rust see information sheet 1490 Specifi cation for mineral abrasives see information sheet 1491 Relative humidity - substrate temperature -air temperature see information sheet 1650


this is a solvent borne paint and care should be taken to avoid inhalation of spray mist or vapour as well as contact between the wet paint and exposed skin or eyes

REFERENCES

SAFETY PRECAUTIONS

July 2012

page 5/5

PHENGUARD 930

WARRANTY PPG warrants (i) its title to the product, (ii) that the quality of the product conforms to PPGs specifi cations for such product in effect at the time of manufacture and (iii) that the product shall be delivered free of the rightful claim of any third person for infringement of any U.S. patent covering the product.

THESE ARE THE ONLY WARRANTIES THAT PPG MAKES AND ALL OTHER EXPRESS OR IMPLIED WARRANTIES, UNDER STATUTE OR ARISING OTHERWISE IN LAW, FROM A COURSE OF DEALING OR USAGE OF TRADE, INCLUDING WITHOUT LIMITATION, ANY OTHER WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE OR USE, ARE DISCLAIMED BY PPG.

Any claim under this warranty must be made by Buyer to PPG in writing within fi ve (5) days of Buyers discovery of the claimed defect, but in no event later than the expiration of the applicable shelf life of the product, or one year from the date of the delivery of the product to the Buyer, whichever is earlier. Buyers failure to notify PPG of such non-conformance as required herein shall bar Buyer from recovery under this warranty.

LIMITATIONS OF LIABILITY IN NO EVENT WILL PPG BE LIABLE UNDER ANY THEORY OF RECOVERY (WHETHER BASED ON NEGLIGENCE OF ANY KIND, STRICT LIABILITY OR TORT) FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IN ANY WAY RELATED TO, ARISING FROM, OR RESULTING FROM ANY USE MADE OF THE PRODUCT.

The information in this data sheet is intended for guidance only and is based upon laboratory tests that PPG believes to be reliable. PPG may modify the information contained herein at any time as a result of practical experience and continuous product development. All recommendations or suggestions relating to the use of the PPG product, whether in technical documentation, or in response to a specifi c inquiry, or otherwise, are based on data, which to the best of PPGs knowledge, is reliable. The product and related information is designed for users having the requisite knowledge and industrial skills in the industry and it is the end-users responsibility to determine the suitability of the product for its own particular use and it shall be deemed that Buyer has done so, as its sole discretion and risk.

PPG has no control over either the quality or condition of the substrate, or the many factors affecting the use and application of the product. Therefore, PPG does not accept any liability arising from any loss, injury or damage resulting from such use or the contents of this data sheet (unless there are written agreements stating otherwise).Variations in the application environment, changes in procedures of use, or extrapolation of data may cause unsatisfactory results.

This data sheet supersedes all previous versions and it is the Buyers responsibility to ensure that this data sheet is current prior to using the product. Current data sheets for all PPG Protective & Marine Coatings products are maintained at www.ppgpmc.com.The English text of this data sheet shall prevail over any translation thereof.

PDS 7409

180706 offwhite 7001002200

November 2012

page 1/5

5 pages Revision of July 2012

PHENGUARD 935

two component high build amine adduct cured novolac phenolic epoxy coating

second coat in the Phenguard tankcoating system excellent resistance to a wide range of organic acids, alcohols, edible oils,

fats (regardless of free fatty acid content) and solvents maximum cargo fl exibility low cargo absorption good resistance to hot water recognized corrosion control coating (Lloyd's register), see sheet 1886 good application properties, resulting in a smooth surface

pink eggshell



1.7 g/cm 66% 2% max. 191 g/kg (Directive 1999/13/EC, SED) max. 315 g/l (approx. 2.6 lb/gal)


2 hours at 20 C min. 24 hours * max. 21 days * see curing table *


previous coat of Phenguard 930; dry and free from any contamination the substrate must be perfectly dry before and during application of



marine system sheet: 3141 tankcoatings system sheet: 3322

Description


COLOURS AND GLOSS

BASIC DATA AT 20 C



Full cure after




November 2012

page 2/5

PHENGUARD 935

mixing ratio by volume: base to hardener 88 : 12 the temperature of the mixed base and hardener should preferably be

above 15C, otherwise extra solvent may be required to obtain application viscosity


allow induction time before use15C - 20 min.20C - 15 min.25C - 10 min.

4 hours at 20 C *see additional data




Thinner 90-53


theoritical spreading rate m/l 6.6 5.3

dft in m 100 125



Induction time

Pot life

AIR SPRAY

AIRLESS SPRAY

BRUSH/ROLLER

CLEANING SOLVENT

November 2012

page 3/5

PHENGUARD 935



10C 15C 20C 30C 40C




Min.curing time of Phenguard tankcoating system before transport of cargoes without note 4, 7, 8 or 11 and ballast water and tanktest with sea water









Curing

November 2012

page 4/5

PHENGUARD 935






REFERENCES

SAFETY PRECAUTIONS

November 2012

page 5/5

PHENGUARD 935



PDS 7435

179115 pink 6007002200

July 2012

page 1/5


PHENGUARD 940

two component high build amine adduct cured novolac phenolic epoxy fi nish

fi nish coat in the Phenguard tankcoating system excellent resistance to a wide range of organic acids, alcohols, edible oils,

fats (regardless of free fatty acid content) and solvents maximum cargo fl exibility low cargo absorption good resistance to hot water recognized corrosion control coating (Lloyd's register), see sheet 1886 good application properties, resulting in a smooth surface easy to clean

light grey eggshell



1.7 g/cm 66% 2% max. 191 g/kg (Directive 1999/13/EC, SED) max. 315 g/l (approx. 2.6 lb/gal)


2 hours at 20 C min. 24 hours * max. 21 days * see curing table * at 20 C * see additional data

at least 12 months * see additional data

previous coat of Phenguard 935; dry and free from any contamination the substrate must be perfectly dry before and during application of



Description


COLOURS AND GLOSS

BASIC DATA AT 20 C


Touch dry after


Full cure after



July 2012

page 2/5

PHENGUARD 940

marine system sheet: 3141 tankcoatings system sheet: 3322

mixing ratio by volume: base to hardener 88 : 12 the temperature of the mixed base and hardener should preferably be

above 15C, otherwise extra solvent may be required to obtain application viscosity


4 hours at 20 C * *see additional data

allow induction time before use 15C - 20 min. 20C - 15 min. 25C - 10 min.




Thinner 90-53



dft in m 100 125




Pot life

Induction time

AIR SPRAY

AIRLESS SPRAY

BRUSH/ROLLER

CLEANING SOLVENT

July 2012

page 3/5

PHENGUARD 940



10C 15C 20C 30C 40C




Min.curing time of Phenguard tankcoating system before transport of cargoes without note 4, 7, 8 or 11 and ballast water and tanktest with sea water










Curing


July 2012

page 4/5

PHENGUARD 940




REFERENCES

SAFETY PRECAUTIONS

July 2012

page 5/5

PHENGUARD 940

WARRANTY PPG warrants (i) its title to the product, (ii) that the quality of the product conforms to PPGs specifi cations for such product in effect at the time of manufacture and (iii) that the product shall be delivered free of the rightful claim of any third person for infringement of any U.S. patent covering the product.

THESE ARE THE ONLY WARRANTIES THAT PPG MAKES AND ALL OTHER EXPRESS OR IMPLIED WARRANTIES, UNDER STATUTE OR ARISING OTHERWISE IN LAW, FROM A COURSE OF DEALING OR USAGE OF TRADE, INCLUDING WITHOUT LIMITATION, ANY OTHER WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE OR USE, ARE DISCLAIMED BY PPG.

Any claim under this warranty must be made by Buyer to PPG in writing within fi ve (5) days of Buyers discovery of the claimed defect, but in no event later than the expiration of the applicable shelf life of the product, or one year from the date of the delivery of the product to the Buyer, whichever is earlier. Buyers failure to notify PPG of such non-conformance as required herein shall bar Buyer from recovery under this warranty.

LIMITATIONS OF LIABILITY IN NO EVENT WILL PPG BE LIABLE UNDER ANY THEORY OF RECOVERY (WHETHER BASED ON NEGLIGENCE OF ANY KIND, STRICT LIABILITY OR TORT) FOR ANY INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES IN ANY WAY RELATED TO, ARISING FROM, OR RESULTING FROM ANY USE MADE OF THE PRODUCT.

The information in this data sheet is intended for guidance only and is based upon laboratory tests that PPG believes to be reliable. PPG may modify the information contained herein at any time as a result of practical experience and continuous product development. All recommendations or suggestions relating to the use of the PPG product, whether in technical documentation, or in response to a specifi c inquiry, or otherwise, are based on data, which to the best of PPGs knowledge, is reliable. The product and related information is designed for users having the requisite knowledge and industrial skills in the industry and it is the end-users responsibility to determine the suitability of the product for its own particular use and it shall be deemed that Buyer has done so, as its sole discretion and risk.

PPG has no control over either the quality or condition of the substrate, or the many factors affecting the use and application of the product. Therefore, PPG does not accept any liability arising from any loss, injury or damage resulting from such use or the contents of this data sheet (unless there are written agreements stating otherwise).Variations in the application environment, changes in procedures of use, or extrapolation of data may cause unsatisfactory results.

This data sheet supersedes all previous versions and it is the Buyers responsibility to ensure that this data sheet is current prior to using the product. Current data sheets for all PPG Protective & Marine Coatings products are maintained at www.ppgpmc.com.The English text of this data sheet shall prevail over any translation thereof.

PDS 7436

179118 grey 5000002200

/4

March 20114 pages Revision of April 2009

PHENGUARD 965

two component high build amine adduct cured novolac phenolic epoxy coating

Phenguard 965 system excellent resistance to a wide range of organic acids, alcohols, fats (regardless of free fatty acid content) and solvents maximum cargo fl exibility low cargo absorption easy to clean good resistance to hot water can be applied and cures at temperatures down to +5C good application properties, resulting in a smooth surface

offwhite

SigmaCoatings PPG

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