Glass Flake Epoxy INTENDED USES A two pack epoxy coating. Glass reinforced to provide abrasion and chemical resistance. Exhibits high build characteristics for enhanced barrier properties and physical strength. Low VOC. An abrasion resistant coating for use on above and below water vessel areas subject to corrosion as a result of mechanical damage. Suitable for marine environments subject to abrasion as well as exposure to acids, alkalis, For use at Newbuilding or Maintenance & Repair. Part B (Curing Agent) Volume Solids Typical Film Thickness Theoretical Coverage Flash Point Induction Period 3.44 volume(s) Part A to 1 volume(s) Part B 20 mils dry (21.7 mils wet), 15 - 25 mils dry practical range equivalent to 16.3 74 ft2/US gal at 20 mils dft, allow appropriate loss factors Airless Spray, Conventional Spray Part A 111°F; Part B 383°F; Mixed 133°F (Setaflash) (ASTM D-3278) 30 minutes at temperatures below 70°F Overcoating Data - see limitations Substrate Temperature Note For overcoating information consult your International Paint representative. REGULATORY DATA 75 g/lt (0.63 lb/US gal) as supplied (EPA Method 24) 70 g/kg of liquid paint as supplied. EU Solvent Emissions Directive (Council Note: VOC values are typical and are provided for guidance purposes only. These may be subject to variation depending on factors such as differences in color and normal manufacturing tolerances. Marine Coatings

Glass Flake Epoxy When used as part of an approved scheme, this product has the following certification: Fire Resistance - Surface Spread of Flame (WFR) - (IMO Resolution A653 (16)) Fire Resistance - MSC61(67) Smoke & Toxicity (WFR) Fire Resistance - Marine Equipment Directive compliant Consult your International Paint representative for details. Consult your International Paint representative for the system best suited for the surfaces to be protected. Paint only clean, dry surfaces. Remove all grease, oil, soluble contaminants and other foreign matter by "solvent For optimum performance "Near...

Glass Flake Epoxy Airless Spray Conventional Spray Maximum film build in one coat is best attained by airless spray. Application by conventional air spray may require a multiple cross-spray to attain maximum film build. Material surface and air temperatures should be in the 70-90° F range with relative humidity below 85% to attain maximum film build. Lower or higher temperatures may require specific application techniques to achieve maximum film build. Consult the following equipment recommendations or utilize suitable equal. Material is supplied in 2 containers as a unit. Always mix a complete...

Glass Flake Epoxy Apply in good weather when air and surface temperatures are above 50°F. Surface temperature must be at least 5°F above dew point. For optimum application properties, bring material to 70-80 °F prior to mixing and application. When applying by methods other than airless spray, required film build is unlikely to be achieved. Application by conventional air spray may require a multiple cross-spray pass to attain maximum film build. Overcoating information is given for guidance only and is subject to regional variation depending upon local climate and environmental conditions. Consult...