Benda-Lutz® MAXAL 64057 TB/SN is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties... view more

Benda-Lutz® MAXAL 64058 TB/SN is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties... view more

Benda-Lutz® MAXAL 64064 TB/SN is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties... view more

Benda-Lutz® MAXAL 66009 SI is an encapsulated (passivated) aluminum grade. It is a non-leafing and lenticular pigment. Exhibits exceptional brilliance and travel properties. Provides gassing... view more

Benda-Lutz® MAXAL EC 66012 EC/70 is an encapsulated (passivated) aluminum. It is a non-leafing pigment. Offers superior resistance to acid, and alkali staining. Provides extraordinary chemical... view more

Benda-Lutz® MAXAL 66012 EC/BG is a silica-coated aluminium grade. It is an inorganic pigment with high resistance to alkalis and acids. Exhibits extraordinary chemical resistance without degradation... view more

Benda-Lutz® MAXAL 66012 SI by Benda-Lutz (Sun Chemical group) is an encapsulated (passivated), non-leafing and lenticular aluminum grade. Exhibits exceptional brilliance and travel properties... view more

Benda-Lutz® MAXAL 66014 EC/70 is a non-leafing encapsulated (passivated) aluminum grade. Exhibits superior resistance to acid and alkali staining. Provides extraordinary chemical resistance without... view more

Benda-Lutz® MAXAL 66014 SI is an encapsulated (passivated) aluminum grade. It is a non-leafing and lenticular pigment. Provides exceptional brilliance and travel properties. Provides gassing... view more

Benda-Lutz® MAXAL 66024 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

Encapsulated (passivated) aluminum. It is a non-leafing pigment. Offers superior resistance to acid, and alkali staining. Provides extraordinary chemical resistance without impacting optical... view more

Benda-Lutz® MAXAL 66044 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 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

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