Benda-Lutz® Goldbronze and Copper G1251 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 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 64009 is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties. Yields... view more

Benda-Lutz® MAXAL 64012 is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties. Yields... view more

Benda-Lutz® MAXAL 64014 is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties. Yields... view more

Benda-Lutz® MAXAL 64024 is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties. Yields... view more

Benda-Lutz® MAXAL 64025 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 64027 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 64034 is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties. Yields... view more

Benda-Lutz® MAXAL 64044 is an aluminium grade. It is a non-leafing and lenticular pigment produced via sophisticated milling processes. Exhibits exceptional brilliance and travel properties. Yields... view more

Benda-Lutz® MAXAL 64045 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 64046 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 64047 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 64054 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