| Aluminum Oxide (Al2O3) | Panadyne | Aluminum Oxide (Al2O3) is an aluminum salt sometimes known as alumina or corundum. This product is a wear-resistant material that can provide chemical resistance to acid and alkali salts at extreme temperatures. It can be used in laminates, coating, and...view more Aluminum Oxide (Al2O3) is an aluminum salt sometimes known as alumina or corundum. This product is a wear-resistant material that can provide chemical resistance to acid and alkali salts at extreme temperatures. It can be used in laminates, coating, and polishing. view less | |
| Calcined Alumina DN-206 | Panadyne | Calcined Alumina DN-206 is an aluminum oxide powder that has been calcined. This product has high hardness, compression strength, abrasion or wear resistance, electrical insulation properties, and a high melting point. It can be used in paints and coating...view more Calcined Alumina DN-206 is an aluminum oxide powder that has been calcined. This product has high hardness, compression strength, abrasion or wear resistance, electrical insulation properties, and a high melting point. It can be used in paints and coatings and as a polishing compound for plastic, metal and glass. view less | |
| Calcined Alumina DN-420 | Panadyne | Calcined Alumina DN-420 is an aluminum oxide powder that has been calcined. This product has high hardness, compression strength, abrasion or wear resistance, electrical insulation properties, and a high melting point. It can be used in paints and coating...view more Calcined Alumina DN-420 is an aluminum oxide powder that has been calcined. This product has high hardness, compression strength, abrasion or wear resistance, electrical insulation properties, and a high melting point. It can be used in paints and coatings and as a polishing compound for plastic, metal and glass. view less | |
| Calcined Alumina DN-430 | Panadyne | Calcined Alumina DN-430 is an aluminum oxide powder that has been calcined. This product has high hardness, compression strength, abrasion or wear resistance, electrical insulation properties, and a high melting point. It can be used in paints and coating...view more Calcined Alumina DN-430 is an aluminum oxide powder that has been calcined. This product has high hardness, compression strength, abrasion or wear resistance, electrical insulation properties, and a high melting point. It can be used in paints and coatings and as a polishing compound for plastic, metal and glass. view less | |
| NANOARC® AL-2125 | Nanophase Technologies | A 45 wt% dispersion of 150 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. | |
| NANOARC® AL-2156 | Nanophase Technologies | A 45 wt% dispersion of 150 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. | |
| NANOARC® AL-2160 | Nanophase Technologies | A 45 wt% dispersion of 150 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. | |
| NANOARC® AL-2255 | Nanophase Technologies | A 30 wt% dispersion of 20 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. | |
| NANOARC® AL-2260 | Nanophase Technologies | A 30 wt% dispersion of 20 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. | |
| NANOARC® AL-2325 | Nanophase Technologies | A 55 wt% dispersion of 250 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. | |
| NANOARC® AL-2350 | Nanophase Technologies | A 55 wt% dispersion of 250 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. | |
| NANOARC® AL-2360 | Nanophase Technologies | A 55 wt% dispersion of 250 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. | |
| NANOARC® AL-2425 | Nanophase Technologies | NANOARC® AL-2425 is a 50 wt% dispersion of 40 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. This product is recommended for use in a broad range of solvent borne coating applications to improves scratch resistance without significantly impac...view more NANOARC® AL-2425 is a 50 wt% dispersion of 40 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. This product is recommended for use in a broad range of solvent borne coating applications to improves scratch resistance without significantly impacting optical clarity, gloss, color or physical properties. view less | |
| NANOARC® AL-2456 | Nanophase Technologies | A 50 wt% dispersion of 40 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. | |
| NANOARC® AL-2460 | Nanophase Technologies | A 30 wt% dispersion of 40 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. | |
| NANOARC® AL-2825 | Nanophase Technologies | A 55 wt% dispersion of 800 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. | |
| NanoArc® AL-2850 | Nanophase Technologies | A 55 wt% dispersion of 800 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. | |
| NANOARC® AL-2860 | Nanophase Technologies | A 55 wt% dispersion of 800 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. | |
| NANOBYK®-3603 | BYK | NANOBYK®-3603 is a surface additive based on aluminum oxide nanoparticles to improve the scratch resistance of aqueous systems without having a negative impact on properties such as gloss and transparency. As the aluminum oxide nanoparticles are very smal...view more NANOBYK®-3603 is a surface additive based on aluminum oxide nanoparticles to improve the scratch resistance of aqueous systems without having a negative impact on properties such as gloss and transparency. As the aluminum oxide nanoparticles are very small, it is even suitable for highly transparent and high-gloss coatings, and can be used in clear or pigmented systems. view less | Request Sample |
