Aluminium leafing pigment. Due to high surface tension, it tends to migrate to the paint film surface. Consequently, there is an accumulation of aluminium pigments which leads to protection of the... view more

Benda-Lutz® DEPUVAL 3030 is an aluminium grade. It is a non-dusting preparation that is free of impurities and safer to incorporate than conventional powders. Being solvent-free, it possesses... view more

Benda-Lutz® DEPUVAL 3041 is an aluminium grade. It is a non-dusting preparation that is free of impurities and safer to incorporate than conventional powders. Being solvent-free, it possesses... view more

Benda-Lutz® DEPUVAL 3051 is an aluminium grade. It is a non-dusting preparation that is free of impurities and safer to incorporate than conventional powders. Being solvent-free, it possesses... view more

Benda-Lutz® DEPUVAL 3081 is an aluminium grade. It is a non-dusting preparation that is free of impurities and safer to incorporate than conventional powders. Being solvent-free, it possesses... view more

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

Benda-Lutz® Goldbronze and Copper G7729 is a copper-zinc alloy. It is available in natural color shades of rich gold, rich pale gold, pale gold or copper. Provides improved temperature stability... view more

Benda-Lutz® Goldbronze and Copper G7732 is a copper-zinc alloy. It is available in natural color shade of rich pale gold. Provides improved temperature stability. Used in water-based coatings... view more

Benda-Lutz® Goldbronze and Copper G7749 is a copper-zinc alloy. It is available in natural color shades of rich gold, rich pale gold, pale gold or copper. Provides improved temperature stability... view more

Benda-Lutz® Goldbronze and Copper G7752 is a copper-zinc alloy. It is available in natural color shade of rich pale gold. Provides improved temperature stability. Used in water-based coatings... view more

Benda-Lutz® Goldbronze and Copper G7762 is a copper-zinc alloy. It is available in natural color shade of rich pale gold. Provides improved temperature stability. Used in water-based coatings... view more

Benda-Lutz® HYDROSTAB Aluminium Powder 7624 is a non-leafing polymer coated aluminium pigment. Offers high chemical resistance in harsh environments and special matte gloss. Due to its organic... view more

Benda-Lutz® HYDROSTAB Aluminium Powder 7656 is a non-leafing polymer coated aluminum pigment. Offers high chemical resistance in harsh environments and special matte gloss. Due to its organic... view more

Benda-Lutz® MAXAL 76009 SI is an encapsulated (passivated) aluminium grade. It is a non-leafing and lenticular pigment. Provides exceptional brilliance and travel properties. Provides gassing... view more

Benda-Lutz® MAXAL 76012 EC is a silica-coated aluminium grade. It is an inorganic pigment with high resistance to alkalis and acids. Exhibits extraordinary chemical resistance without degradation of... view more

Encapsulated (passivated) aluminum. It is a non-leafing and lenticular pigment. Provides exceptional brilliance and travel properties. Provides gassing resistance and circulation stability... view more

Benda-Lutz® MAXAL 76014 EC is a silica-coated aluminium grade. It is an inorganic pigment with high resistance to alkalis and acids. Exhibits extraordinary chemical resistance without degradation of... view more

Benda-Lutz® MAXAL 76014 SI is an encapsulated (passivated) aluminium grade. It is a non-leafing and lenticular pigment. Provides exceptional brilliance and travel properties. Provides gassing... view more

Benda-Lutz® MAXAL 76024 SI is an encapsulated (passivated) aluminium grade. It is a non-leafing and lenticular pigment. Provides exceptional brilliance and travel properties. Provides gassing... view more

Benda-Lutz® MAXAL 76044 EC is a silica-coated aluminium grade. It is an inorganic pigment with high resistance to alkalis and acids. Exhibits extraordinary chemical resistance without degradation of... view more