Benda-Lutz® DEPUVAL 8080 is a non-leafing aluminum pigment that is free from volatile organic compounds (VOC). Provides slightly improved scratch- and rub resistance in coatings. Is recommended for... view more

Aluminium non-leafing pigment. Offers free of volatile organic compounds (VOC). Provides slightly improved scratch- and rub resistance of coatings. Is recommended for mixing processes applying shear... view more

Aluminium non-leafing pigment. Offers free of volatile organic compounds (VOC). Provides slightly improved scratch- and rub resistance of coatings. Is recommended for mixing processes applying shear... view more

Aluminium non-leafing pigment. Offers free of volatile organic compounds (VOC). Provides slightly improved scratch- and rub resistance of coatings. Is recommended for mixing processes applying shear... view more

Aluminium non-leafing pigment. Offers free of volatile organic compounds (VOC). Provides slightly improved scratch- and rub resistance of coatings. Is recommended for mixing processes applying shear... view more

A non-sintering, powdered color concentrate which is compatible with most high-performance, nonaqueous conventional and high-solids finishes as well as two-component, solvent-free systems. Includes... view more

VOC-free, non-sintering, acrylic-based quinacridone (35%). It is a violet colored pigment dispersion. It contains CAB as an additive to reduce pigment wetting. Exhibits excellent light fastness and... view more

VOC-free, non-sintering, acrylic-based dioxazine (23%). It is a violet colored pigment dispersion. It contains CAB as an additive to reduce pigment wetting. Exhibits excellent light fastness and... view more

VOC-free, non-sintering, acrylic-based phalocyanine(40%). It is a blue colored pigment dispersion. It contains CAB as an additive to reduce pigment wetting. Exhibits excellent light fastness and... view more

VOC-free, non-sintering, acrylic-based iron oxide(65%). It is a yellow colored pigment dispersion. It contains CAB as an additive to reduce pigment wetting. Exhibits excellent light fastness and... view more