Benda-Lutz®

Benda-Lutz® AQUARAL 6221/63 W is a passivated aluminum dispersion. It is a chrome-free and binder-free preparation. Easy to disperse and it has outstanding storage stability. Exhibits highest level... view more

Benda-Lutz® AQUARAL 6251/63 W is a passivated aluminum dispersion. It is a chrome-free and binder-free preparation. Easy to disperse and it has outstanding storage stability. Exhibits highest level... view more

Benda-Lutz® AQUARAL 6252/63 W is a passivated aluminum dispersion. It is a chrome-free and binder-free preparation. Easy to disperse and it has outstanding storage stability. Exhibits highest level... view more

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® Aluminium Leafing Pigment 1031 provides a strong reflective metal layer at the paint surface giving high metallic brilliance and gloss. It exhibits high surface tension due to which the... view more

Benda-Lutz® 20082 UV by Sun Chemical (DIC) is an aluminum leafing pigment. Offers high stability, very pure and intense color as well as a metallic effect. Benda-Lutz® 20082 UV is free of volatile... view more

Benda-Lutz® 20092 UV by Sun Chemical (DIC) is a high-performance aluminum leafing pigment. Offers improved brightness, better opacity, and impressive chrome optics. Due to the improved pigment... view more

Benda-Lutz® Aluminium 1014 by Sun Chemical (DIC) is an aluminum leafing pigment. Provides a strong reflective metal layer at the paint surface giving high metallic brilliance and gloss. It exhibits... view more

Benda-Lutz® Aluminium 1041 by Sun Chemical (DIC) is an aluminum leafing pigment. It exhibits high surface tension due to which the pigment migrates towards the surface of the paint film. This... view more

Benda-Lutz® Aluminium 1041 by Sun Chemical (DIC) is an aluminium leafing pigment. Due to high surface tension, it tends to migrate to the paint film surface. Consequently, there is an accumulation... view more