| Pigmment Red 21 | Shandong Yuhong New Pigment Co., Ltd. 山东宇虹新颜料股份有限公司 | Pigmment Red 21 is a red powder with a color index name PR 21. It has high tinting and covering power. It also has good acid and alkali resistance as well as a heat resistance of 120ºC. It is ideal for use in self-dry paint, solvent inks, composite inks a...展开 Pigmment Red 21 is a red powder with a color index name PR 21. It has high tinting and covering power. It also has good acid and alkali resistance as well as a heat resistance of 120ºC. It is ideal for use in self-dry paint, solvent inks, composite inks and water-based inks. 收起 | |
| Pigmment Red 21 | Shandong Yuhong New Pigment Co., Ltd. 山东宇虹新颜料股份有限公司 | Pigmment Red 21 is a red powder with a color index name PR 21. It has high tinting and covering power. It also has good acid and alkali resistance as well as a heat resistance of 120ºC. It is ideal for use in self-dry paint, solvent inks, composite inks a...展开 Pigmment Red 21 is a red powder with a color index name PR 21. It has high tinting and covering power. It also has good acid and alkali resistance as well as a heat resistance of 120ºC. It is ideal for use in self-dry paint, solvent inks, composite inks and water-based inks. 收起 | |
| XDT-1018 | Bomar, formerly Dymax Oligomers & Coatings | XDT-1018 is a dendritic acrylate with an average functionality of 18. The hyper-branched structure of XDT-1018 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance. XDT-1018 is ideal in applications where ...展开 XDT-1018 is a dendritic acrylate with an average functionality of 18. The hyper-branched structure of XDT-1018 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance. XDT-1018 is ideal in applications where withstanding exposure to the harshest conditions is paramount. Great for high-temperature applications because thermogravimetric analysis indicates the oligomer doesn’t decompose until 373°C. XDT-1018 has been INCI registered for use in cosmetic applications. 收起 | |
| XR-145S | Bomar, formerly Dymax Oligomers & Coatings | XR-145S is a high molecular weight, trifunctional aliphatic polyether urethane methacrylate that provides low formulation viscosity and moderate elongation. XR-145S shows adhesion to a variety of substrates, making it a candidate for consideration in mixe...展开 XR-145S is a high molecular weight, trifunctional aliphatic polyether urethane methacrylate that provides low formulation viscosity and moderate elongation. XR-145S shows adhesion to a variety of substrates, making it a candidate for consideration in mixed surface adhesion applications. XR-145S is also tin-free, making it an excellent candidate for dental or cosmetic applications that restrict the use of tin. 收起 | |
| XR-741MS | Bomar, formerly Dymax Oligomers & Coatings | XR-741MS, a low molecular weight, difunctional, aliphatic polyester urethane methacrylate, can be effectively formulated for adhesion to steel, aluminum, and various plastics. The resulting hard, tough film makes an effective, non-yellowing protective coa...展开 XR-741MS, a low molecular weight, difunctional, aliphatic polyester urethane methacrylate, can be effectively formulated for adhesion to steel, aluminum, and various plastics. The resulting hard, tough film makes an effective, non-yellowing protective coating. This material has low skin sensitivity for dental and cosmetic applications. 收起 | |
| XR-9416 | Bomar, formerly Dymax Oligomers & Coatings | XR-9416 is a water-dilutable aliphatic urethane acrylate, used for scratch resistant coatings with excellent chemical resistance. XR-9416 contains no water, but is infinitely dilutable with D.I. water. Uncured or residual UV formulations made with XR-9416...展开 XR-9416 is a water-dilutable aliphatic urethane acrylate, used for scratch resistant coatings with excellent chemical resistance. XR-9416 contains no water, but is infinitely dilutable with D.I. water. Uncured or residual UV formulations made with XR-9416 have improved cleanability with water. While the material does enhance hydrophilicity of the cured material, the high crosslink density makes the material relatively resistant to hydrolysis. 收起 |
