Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flakes. It is used as a replacement for traditional functional fillers. It has high purity with minimal contaminants, also high planar with a controlled morphology and it is inert... view more

Borosilicate glass flake (64 - 84%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (64 - 84%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (64 - 84%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (64 - 84%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (64 - 84%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (59.5 - 84.9%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (71 - 82%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (70 - 81%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (75 - 87%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (70 - 80%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (76 - 88%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (77 - 90%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (69 - 81%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (69 - 80%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (60 - 80%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (74 - 85%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (75 - 86%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (65 - 80%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (85 - 95%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (86 - 97%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (86 - 97%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (72 - 83%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more

Borosilicate glass flake (72 - 83%). It acts as an effect pigment and is coated with high refractive index metal oxides to achieve strong interference colors combined with high transparency and... view more