| 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 | |
| TIB KAT® 620 | TIBChemCorp Mexicana, S.A. de C.V. (formerly Goldschmidt Quimica de México) | TIB KAT® 620 is an effective catalyst for numerous applications. It is especially useful in polyurethane systems. This product shows a lower reactivity and longer potlife in 2p systems when compared to organotin catalysts. This zinc content of this produc...view more TIB KAT® 620 is an effective catalyst for numerous applications. It is especially useful in polyurethane systems. This product shows a lower reactivity and longer potlife in 2p systems when compared to organotin catalysts. This zinc content of this product is greater than or equal to 19.0%. view less | |
| TIB KAT® 623 | TIBChemCorp Mexicana, S.A. de C.V. (formerly Goldschmidt Quimica de México) | TIB KAT® 623 is a catalyst that is used in the deblocking of uretdiones for urethane coatings, in the condensation of silicone resins, in the crosslinking or powder resins and as a raw material for the formulation of PVC stabilizers. |
