| GL-1619 | Mo-Sci Corporation | GL-1619 consists of borosilicate glass microspheres with a metallic cerium oxide coating that appears to be white or pink in color. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including ...view more GL-1619 consists of borosilicate glass microspheres with a metallic cerium oxide coating that appears to be white or pink in color. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including conductive filler for plastic and pigment. view less | |
| GL-1611 | Mo-Sci Corporation | GL-1611 consists of porous walled, hollow glass microspheres with white color in powder form. It is a glass extender for liquid resin systems. It can be used for thermal insulation in coating systems. | |
| GL-0715 | Mo-Sci Corporation | GL-0715 consists of solid glass microspheres with light yellow color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used as high temperatures spacer material for gauge control, coating, filler...view more GL-0715 consists of solid glass microspheres with light yellow color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used as high temperatures spacer material for gauge control, coating, filler for plastic, and retro-reflection applications. view less | |
| GL-0237 | Mo-Sci Corporation | GL-0237 consists of solid clear amorphous silica microspheres with white color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including calibration, high temperatures spacer...view more GL-0237 consists of solid clear amorphous silica microspheres with white color in powder form. It eliminates the environmental impact and requirements on leaded glass products. It can be used in applications including calibration, high temperatures spacer material for gauge control, coating, and filler for plastics. view less | |
| ECR Glass Flake GF350nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF350nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...view more ECR Glass Flake GF350nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF750nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF750nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...view more ECR Glass Flake GF750nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF100M (Milled) | Glassflake Ltd | ECR Glass Flake GF100M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...view more ECR Glass Flake GF100M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF500M (Milled) | Glassflake Ltd | ECR Glass Flake GF500M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...view more ECR Glass Flake GF500M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF750M (Milled) | Glassflake Ltd | ECR Glass Flake GF750 (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...view more ECR Glass Flake GF750 (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF001 | Glassflake Ltd | ECR Glass Flake GF001 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...view more ECR Glass Flake GF001 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF002 | Glassflake Ltd | ECR Glass Flake GF002 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.3 - 2.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...view more ECR Glass Flake GF002 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.3 - 2.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF003 | Glassflake Ltd | ECR Glass Flake GF003 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 2.3 - 3.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...view more ECR Glass Flake GF003 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 2.3 - 3.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF005 | Glassflake Ltd | ECR Glass Flake GF005 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties ...view more ECR Glass Flake GF005 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF007 | Glassflake Ltd | ECR Glass Flake GF007 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...view more ECR Glass Flake GF007 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF500nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF500nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...view more ECR Glass Flake GF500nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF350nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF350nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...view more ECR Glass Flake GF350nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| C Glass Flake GF750MC | Glassflake Ltd | C Glass Flake GF750MC is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/-2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in...view more C Glass Flake GF750MC is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/-2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in a wider thickness specification. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| C Glass Flake GF750/C | Glassflake Ltd | C Glass Flake GF750/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting i...view more C Glass Flake GF750/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in a wider thickness specification. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| C Glass Flake GF007/C | Glassflake Ltd | C Glass Flake GF007/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting i...view more C Glass Flake GF007/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in a wider thickness specification. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF100M (Unmilled) | Glassflake Ltd | ECR Glass Flake GF100 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier p...view more ECR Glass Flake GF100 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF500M (Unmilled) | Glassflake Ltd | ECR Glass Flake GF500 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier p...view more ECR Glass Flake GF500 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF750M (Unmilled) | Glassflake Ltd | ECR Glass Flake GF750 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier p...view more ECR Glass Flake GF750 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF100nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF100nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...view more ECR Glass Flake GF100nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF750nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF750nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...view more ECR Glass Flake GF750nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF100nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF100nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...view more ECR Glass Flake GF100nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| ECR Glass Flake GF500nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF500nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...view more ECR Glass Flake GF500nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. view less | |
| Prizmalite P2050SL | Prizmalite Industries Inc. | Prizmalite P2050SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 35 to 45 microns. Prizmalite P2050SL can be used in textile and vinyl coatings, solvent and water-based coating...view more Prizmalite P2050SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 35 to 45 microns. Prizmalite P2050SL can be used in textile and vinyl coatings, solvent and water-based coatings, and tactile coatings. view less | |
| Prizmalite P2075SL | Prizmalite Industries Inc. | Prizmalite P2075SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 65 to 75 microns. Prizmalite P2075SL can be used in textile and vinyl coatings, solvent and water-based coating...view more Prizmalite P2075SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 65 to 75 microns. Prizmalite P2075SL can be used in textile and vinyl coatings, solvent and water-based coatings, and tactile coatings. view less | |
| Prizmalite P2453BTA | Prizmalite Industries Inc. | Prizmalite P2453BTA are hemispherically aluminum coated barium titanate glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 40 to 50 microns. Prizmalite P2453BTA can be used in textile and vinyl coating...view more Prizmalite P2453BTA are hemispherically aluminum coated barium titanate glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 40 to 50 microns. Prizmalite P2453BTA can be used in textile and vinyl coatings, solvent and water-based coatings, reflective plastisol inks, tactile coatings, and reflective powder coatings. view less | |
| Anti-Reflective Application Nano Alumina B8013-2 | Tianjin Boyuan New Materials Co., Ltd. | B8013-2 has small particle size and excellent dispersibility, making is useful for anti-reflective coatings. It can be applied on photovoltaic glass and PET. It increases transmittance by way of decreasing light reflectance. | |
| GRANUVERRE® | Gebrüder Dorfner GmbH & Co. Kaolin- und Kristallquarzsand-Werke KG | GRANUVERRE® is a glass bead coated with inorganic pigments and silica-based binders. Due to the use of chemically highly stable inorganic pigments, GRANUVERRE® is characterized by high color fastness and low fading tendency . | |
| High Purity Dispersible Nano Alumina-B8013-2 | Tianjin Boyuan New Materials Co., Ltd. | B8013-2 is a high-purity nano alumina product with small particle size and excellent dispersibility. It increases transmittance by decreasing light reflectance, and therefore is suitable for use in anti-reflective coatings. This product can be applied on ...view more B8013-2 is a high-purity nano alumina product with small particle size and excellent dispersibility. It increases transmittance by decreasing light reflectance, and therefore is suitable for use in anti-reflective coatings. This product can be applied on photovoltaics glass and PET. view less | |
| Casiflux® F 75 | Sibelco | Casiflux® F 75 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® F 75 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® F 75. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coating...view more Casiflux® F 75 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® F 75 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® F 75. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coatings. The oil absorption for this grade is 59g/100 g. view less | |
| Casiflux® FG 20 | Sibelco | Casiflux® FG 20 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® FG 20 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® FG 20. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coating...view more Casiflux® FG 20 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® FG 20 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® FG 20. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coatings. The oil absorption for this grade is 70g/100 g. view less | |
| SIKRON® SF4000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF4000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many othe...view more SIKRON® SF4000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This product has an average grain size of 5μm. view less | |
| SIKRON® SF8000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF8000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many othe...view more SIKRON® SF8000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This product has an average grain size of 2.5μm. view less | |
| SIKRON® SH300 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SH300 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...view more SIKRON® SH300 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 11μm. view less | |
| SIKRON® SF300 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF300 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...view more SIKRON® SF300 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 10μm. view less | |
| SIKRON® SH500 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SH500 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...view more SIKRON® SH500 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 8μm. view less | |
| SIKRON® SF500 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF500 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...view more SIKRON® SF500 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 4μm. view less | |
| SIKRON® SF800 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF800 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...view more SIKRON® SF800 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 2μm. view less | |
| SIKRON® SF600 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF600 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other ...view more SIKRON® SF600 is a micronized flour produced from processed silica sand by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This quartz-based product has an average grain size of 3μm. view less | |
| SIKRON® SF6000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF6000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many othe...view more SIKRON® SF6000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This product has an average grain size of 3.5μm. view less | |
| SIKRON® SF 3000 | HPF The Mineral Engineers, a division of Quarzwerke Group | SIKRON® SF3000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many othe...view more SIKRON® SF3000 is a micronized flour produced from processed cristobalite by iron-free grinding with subsequent air separation. It is suitable for glass, foundry, ceramics/fire resistance, outdoor electrical insulating material, cast resins, and many other applications. This product has an average grain size of 6μm. view less | |
| europerl® Perlite aggregate for paint texturing | Europerl | europerl® Perite aggregate for paint texturing is a product that is mixed with paint and ultimately expands it's volume. This aggregate is a more effective solution than using sand because is does not tend to settle in paint. Many tests have been performe...view more europerl® Perite aggregate for paint texturing is a product that is mixed with paint and ultimately expands it's volume. This aggregate is a more effective solution than using sand because is does not tend to settle in paint. Many tests have been performed on this product and it has been found that on average for every 0.5 lb. of perlite added to 16 fl oz of paint, it increases the volume of the paint to 18.88 fl oz. view less | |
| SILLITIN Z 89 | Hoffmann Mineral | SILLITIN Z 89 is a natural combination of corpuscular Neuburg Silica and lamellar kaolinite. Used as functional a filler either on its own or combined with extenders or flatting agents. |
