| Spredox | Composition | Active | Solvent | Applications |
|---|---|---|---|---|
| Spredox | Composition | Active | Solvent | Applications |
| D-105 | Modified fatty acid | 50% | XY/IBA | For solvent-based industrial coatings. An economic choice dispersant for general purposes. |
| D-109 | Polyester | 100% | - | For solvent-based alkyd coating. Also provides anti-flooding and stable properties. |
| D-142 | Polyether with acidic functional group | 50% | BAC | For dispersing titanium dioxide in solvent-based coatings. Improved flow from D-141. |
| D-147 | Polyether with acidic functional group | 52% | XY/PMA | For dispersing titanium dioxide and inorganic pigments in solvent-based coatings. Its special design offers very stable dispersion. |
| D-147G | Polyether with acidic functional group | 52% | XY/PMA | For dispersing titanium dioxide and inorganic pigments in solvent-based coatings. Its special design offers very low viscosity. |
| D-155 | Polyester polyamide | 40% | BAC | General industrial coatings. |
| D-159 | Polyester polyamide | 40% | BAC | Compatible with a broad range of solvent-based coating resins. The multi-anchor gives very stable dispersion. |
| D-161 | Polyester polyamide | 40% | BAC | For auto-refinish 2K acrylic. Recommended for Monarch BP1300. |
| D-163 | Polyurethane | 45% | BAC/XY/PMA | Suitable for all kind of solvents from low polarity to semi polar systems.Compatible with a broad range of resins.Recommended for dispersing organic pigments |
| D-260 | Polyether with non-ionic functional group | 100% | - | For dispersing carbon black in waterborne systems. |
| D-265 | Polyether with non-ionic functional group | 100% | - | Effective wetting agent for waterborne systems. Can be used with different dispersants together. |
| D-271 | Ether amine acid copolymer | 40% | Water | Polymeric dispersant for waterborne systems. Designed to grind organic pigments in coating applications. |
| D-272 | Ether amine acid copolymer | 47% | Water | Polymeric dispersant for waterborne systems. Designed to grind organic pigments in coating applications. Provides better wetting and stable properties.Can be used without additional wetting agent |
| D-105 | Modified fatty acid | 50% | XY/IBA | For solvent-based industrial coatings. An economic choice dispersant for general purposes. |
| D-109 | Polyester | 100% | - | For solvent-based alkyd coating. Also provides anti-flooding and stable properties. |
| D-142 | Polyether with acidic functional group | 50% | BAC | For dispersing titanium dioxide in solvent-based coatings. Improved flow from D-141. |
| D-147 | Polyether with acidic functional group | 52% | XY/PMA | For dispersing titanium dioxide and inorganic pigments in solvent-based coatings. Its special design offers very stable dispersion. |
| D-147G | Polyether with acidic functional group | 52% | XY/PMA | For dispersing titanium dioxide and inorganic pigments in solvent-based coatings. Its special design offers very low viscosity. |
| D-291 | Ether amine acid copolymer | 40% | Water | Polymeric dispersant for waterborne systems. Designed to grind inorganic pigments in coating applications. |
| D-301 | Polyether polyamide with acidic funtional group | 50% | BAC | A controlled flocculation type dispersant. Also works in post addition as anti-flooding agent. Silicone-free. |
| D-324 | Polyester polyamide | 100% | - | Works well in coil coating applications and in polyester resin. |
| D-330 | Polyether polyamide | 50% | BAC | For auto-refinish. Compatible with a broad range of organic pigments, and provides good rheological properties. |
| D-333U | Polyether polyamide | 57% | BAC | For auto-refinish. Designed to grind high surface carbon black. Attains very high blue phase. |
| D-335U | The mixture of polyester polyamine and polyether polyamine | 60% | BAC | Designed for auto-refinish in acrylic systems. Offered high jetness, especially for grinding high surface carbon black. |
| D-340 | Polyether polyamide | 50% | BAC | Compatible with a broad range of resins in slovent based systems. Offers strong tinting strength and rheological properties. |