Products in Electronics Coatings: 2K (2 component) Coating

AFCONA 3251 is an additive designed to offer the highest slip in all solvent-based coatings without stabilizing foam. AFCONA 3251 is specially developed for solvent-based systems where slip is the most important factor and foam stabilization is undesirable. Its performance is similar to AFCONA 3250, only with better leveling.

K-KAT® 348 is a versatile, efficient bismuth carboxylate catalyst that can be used as an alternative to DBTDL in 2K and 1K polyurethane systems. It provides similar properties to organotin catalysts without environmental drawbacks. It is also a non-persistent catalyst that is effective for resin synthesis.

K-KAT® XC-B221 is a a Bismuth Carboxylate catalyst designed for 2K and 1K blocked isocyanate urethane coatings. It provides similar properties to standard tin catalysts without the environmental drawbacks.

K-KAT® XK-651 is a high active, versatile Bismuth carboxylate designed for 2K PU, HFO blown foam and silane terminated coatings. K-KAT® XK-651 provides improved hydrolytic stability compared to traditional bismuth carboxylates.

K-KAT® XK-614 is a 100% active Zinc complex recommended for ambient cure and force dry 2K solventborne and waterborne PU coatings. It has excellent stability in HFO-Blown PU foams and can also be used in 1K moisture cure PU adhesives and coatings.

Electrolube 2KPB conformal coating reaction agent is required for Electrolube's innovative €˜2K' two part conformal coating systems and the next generation of UV Cure conformal coatings. Used in a similar fasion to traditional thinners, 2KPB0 is used at the correct mix ration during application via selective coating machine. Where 2KPB differs from the traditional thinner is that it contains the reaction agent required for the coating to commence curing, similar to how the Part B works in a resin system. Available in a 1 or 5 Liter, 2KPB is added to the 2K range Part A or the latest UVCL range, please check the TDS of the Product to see the suggested mix ratio's.