| Borchi® Kat 22 | OMG Borchers GmbH | Borchi® Kat 22 is a tin-free catalyst based on metal carboxylate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an e...view more Borchi® Kat 22 is a tin-free catalyst based on metal carboxylate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an ecologically safe replacement for other polyurethane catalysts, especially for tertiary amines and dibutyl tin dilaurate (DBTL). view less | |
| Borchi® Kat 15 | OMG Borchers GmbH | Borchi® Kat 15 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an e...view more Borchi® Kat 15 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. This product contains no organic complexing agents and is an ecologically safe replacement for other polyurethane catalysts, especially for tertiary amines and dibutyl tin dilaurate (DBTL). view less | |
| Borchi® Kat 0245 | OMG Borchers GmbH | Borchi® Kat 0245 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne one- and two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyuret...view more Borchi® Kat 0245 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne one- and two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane catalysts, especially for tertiary amines and DBTL. This product is suitable for automotive refinishing and industrial coating. In these formulations, Borchi® Kat 0245 is characterized by its very good and consistent activity and stability, even after prolonged storage. view less | |
| Borchi® Kat 24 | OMG Borchers GmbH | Borchi® Kat 24 is a highly reactive tin-free catalyst based on metal carboxylate used as accelerator for solventborne one- and two-component polyurethane coatings and stoving enamels based on blocked isocyanates. It contains no additional organic complexi...view more Borchi® Kat 24 is a highly reactive tin-free catalyst based on metal carboxylate used as accelerator for solventborne one- and two-component polyurethane coatings and stoving enamels based on blocked isocyanates. It contains no additional organic complexing agents. This product is an ecologically safe replacement for other polyurethane catalysts, especially for amines and tin-based products like dibutyl tin dilaurate (DBTL). This product is particularly suitable for automotive refinish coatings, industrial coatings and also coil coatings formulated with blocked isocyanates. view less | |
| Borchi® Kat 0244 | OMG Borchers GmbH | Borchi® Kat 0244 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane cata...view more Borchi® Kat 0244 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane catalysts, especially for tertiary amines and DBTL. The use of Borchi® Kat 0244 ensures fast blocking stability of polyurethane coatings. It also improves solvent resistance, high film hardness and early sandability of the coating. This product is suitable for automotive refinishing. In pigmented coating systems, the catalytic activity may be reduced after prolonged storage. view less | |
| Borchi® Kat 0243 | OMG Borchers GmbH | Borchi® Kat 0243 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane cata...view more Borchi® Kat 0243 is a tin-free catalyst based on metal carboxylate that is used as an accelerator for solventborne two-component polyurethane coatings. It contains no organic complexing agents and is a non-hazardous replacement for other polyurethane catalysts, especially for tertiary amines and DBTL. Borchi® Kat 0243 accelerates the chemical reaction between the alcohol and isocyanate component of polyurethane coating systems, thus allowing optimum steering of the drying properties, both during force-drying and curing at room temperature. In pigmented coating systems, the catalytic activity may be reduced after prolonged storage. view less | |
| Borchi® Kat 0761 | OMG Borchers GmbH | Borchi® Kat 0761 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one- and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. Borchi® Kat 0761 contains no organometal compounds and no o...view more Borchi® Kat 0761 is a tin-free catalyst based on zinc neodecanoate. It is an accelerator for solventborne one- and two-component polyurethane coatings and polyurethane-based Coil-Coating systems. Borchi® Kat 0761 contains no organometal compounds and no organic complexing agents. Borchi® Kat 0761 is an ecologically safe replacement for other polyurethane catalysts, especially for tertiary amines and organotin compounds, such as DBTL. Borchi® Kat 0761 is suitable for one- and two-component solventborne polyurethane clear coats and pigmented coating systems, e.g. for automotive refinishing and industrial coatings as well as for Coil-Coating paints based on blocked isocyanate systems. In this application Borchi® Kat 0761 provides a high catalytic activity. view less |
