ECKART

TUFFLAKE 5950 is a fine particle size silver dollar, bright, non-leafing aluminum pigment. It is degradation resistant. Non-leafing

TUFFLAKE Premier 018-30-E1 is a fine particle size, clean, bright automotive quality aluminum pigment produced in pellet form to reduce the potential for generating airborne particles and to improve ease of handling. The pigment flake has a silver dollar geometry. It offers a bright face and a dark flop with a clean, brilliant sparkle and improved shear resistance over conventional grades. This grade will produce clean metallic effects with fine grain aesthetics when used alone or with other pigments. TUFFLAKE Premier 018-30-E1 is suitable for use in both plastics and powder coatings applications. Fine particle size, silver dollar; TUFFLAKE Premier flake grade; Aluminum pigment granules; Non-leafing

TUFFLAKE Premier 032 30 E1 is a medium particle size, clean, bright automotive quality aluminum pigment produced in pellet form to reduce the potential for generating airborne particles and to improve ease of handling. The pigment flake has a silver dollar geometry. It offers a bright face and a dark flop with a clean, brilliant sparkle and improved shear resistance over conventional grades. This grade will produce clean metallic effects with light sparkle aesthetics when used alone or with other pigments. TUFFLAKE Premier 032-30 E1 is suitable for use in both plastics and powder coatings applications. Medium particle size, silver dollar; TUFFLAKE Premier flake grade; Aluminum pigment granules; Non-leafing

Low VOC preparation based on flaky aluminiumpowder produced of pure aluminium min. 99,5 % EN 576, with an inorganic coating Pigmentcomposition: aluminium app. 70% coating app. 5% Carrier (additive) app. 25% Small amounts of residual solvents may be present < 5%

Low VOC preparation based on flaky aluminiumpowder produced of pure aluminium min.99,5% EN 576, with an inorganic coating Pigmentcomposition: aluminium app. 70% coating app. 5% Carrier (additive) app. 25% Small amounts of residual solvents may be present <5%