Aluminum. It is a standard polished leafing pigment. Stamford P is carried in mineral spirits. Has fine particle size. Used in anti-corrosive coatings and maintenance coatings... view more

STAMFORD Q by Silberline is an aluminum. It is a medium particle size, non-leafing economical pigment with cornflake geometry. Offers good opacity and wide particle size distribution range. It can be... view more

STARBRITE® 2100-EAC by Silberline is an aluminum pigment. It is a leafing vacuum metallized flake. Provides smooth and brushed metallic effect to deliver highly reflective as well as brilliant... view more

Aluminum pigment. Provides smooth and brushed metallic effect to deliver highly reflective as well as brilliant finishes. It is a leafing vacuum metallized flake. STARBRITE® 2150-EAC does not... view more

STARBRITE® 2180-EAC by Silberline is a leafing, vacuum deposited aluminum pigment. Provides smooth and brushed metallic effect to deliver highly reflective as well as brilliant finishes. STARBRITE®... view more

STARBRITE® 2200-EAC is a leafing vacuum deposited aluminum pigment. Provides smooth and brushed metallic effect to deliver highly reflective as well as brilliant finishes. STARBRITE® 2200-EAC does... view more

STARBRITE® 4102-EAC by Silberline is a leafing aluminum pigment. It is a vacuum metallized flake. Provides smooth and chrome metallic effect to deliver highly reflective as well as brilliant... view more

STARBRITE® 5102-EAC by Silberline is a leafing aluminum pigment available as vacuum metallized flake. Provides smooth, mirror-like and chrome metallic effect to deliver highly reflective as well as brilliant... view more

STARBRITE® 6108-EAC by Silberline is a vacuum deposited aluminum pigment with leafing appearance. Provides smooth, mirror-like and chrome metallic effect to deliver highly reflective as well as... view more

Aluminum. It is an ultra-fine particle size, non-leafing pigment with cornflake geometry. This grade is well suited for imparting high opacity at low loading levels due to its small particle size... view more

It is a coarse particle size silver dollar, very bright, non-leafing aluminum pigment. TUFFLAKE® 2222-AR is specifically designed to withstand mechanical forces and maintain their target appearance... view more

It is a coarse particle size silver dollar, very bright as well as non-leafing aluminum pigment. TUFFLAKE® 3120-AR is specifically designed to withstand mechanical forces and maintain their target... view more

TUFFLAKE® 3620 by Silberline is a bright, medium particle size silver dollar, non-leafing aluminum pigment. Exhibits degradation as well as circulation resistance. It is specifically designed to... view more

TUFFLAKE® 3645 is a bright, medium particle size silver dollar, non-leafing aluminum pigment. It is specifically designed to withstand mechanical forces and maintain their target appearance. Shows... view more

TUFFLAKE® 3650 is a bright, coarse particle size silver dollar, non-leafing aluminum pigment. Exhibits degradation as well as circulation resistance. It is specifically designed to withstand... view more

TUFFLAKE® 3650 is a bright, coarse particle size silver dollar, non-leafing aluminum pigment. It is specifically designed to withstand mechanical forces and maintain their target appearance... view more

TUFFLAKE® 4615 is a bright, fine particle size silver dollar, non-leafing aluminum pigment. It has high aromatic as well as mineral spirit carrier. TUFFLAKE® 4615 is specifically designed to... view more

TUFFLAKE® 4700 by Silberline is a fine particle size silver dollar, non-leafing, bright aluminum pigment. It is specifically designed to withstand mechanical forces and maintain their target... view more

TUFFLAKE® 5950 by Silberline is a fine particle size silver dollar, non-leafing aluminum pigment. It is specifically designed to withstand mechanical forces and maintain their target appearance... view more

Very fine, bright, circulation-resistant silver dollar aluminium pigment. Offers a bright face with a dark flop and smooth patina. Specifically designed to withstand mechanical forces and maintain... view more