Showing 76–90 of 142 results
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K-KAT XC-B221
Metal Type Bismuth carboxylate% Active 20Market Application 1K blocked NCOCatalyst (tin-free)Designed for 2K and 1K blocked NCO urethane coatings. It provides similar properties to standard tin catalysts without the environmental drawbacks. -
K-KAT XK-604
Metal Type Mixed carboxylate% Active 18.5Market Application 2K PUCatalyst (tin-free)Mercury alternative catalyst for production of urethane cast elastomers. Good workability and efficient snap cure profile. Good compatibility with 1,4-butanediol -
K-KAT XK-614
Metal Type Zinc-amine complex% Active 100Market Application 1K blocked NCOCatalyst (tin-free)Recommended for ambient cure and force dry 2K SB and WB PU coatings. Has excellent stability in HFO-Blown PU foams. Can also be used in 1K moisture cure PU adhesives and coatings. -
K-KAT XK-618
Metal Type Mixed carboxylate% Active 2.1Market Application 2K PUCatalyst (tin-free)Alternative to mercury and tin catalysts in urethane cast elastomers. Excellent compatibility with 1,4-BDO and recommended in aliphatic systems. -
K-KAT XK-635
Metal Type Zinc complexMarket Application 1K blocked NCOApplication Advantage Back end cureCatalyst (tin-free)Balance of cure and performance advantages. Effective for ambient and force dry cure of 2K PU. Excellent performance with MEKO-blocked Isocyanates. -
K-KAT XK-648
Metal Type Zinc complexMarket Application PolysiloxaneApplication Advantage Hydrolytic stabilityCatalyst (tin-free)Recommended for catalysis of silane terminated polymers, especially pigmented adhesives and coatings. Also effective for polyurea coatings with aromatic diamine curatives. -
K-KAT XK-651
Metal Type Bismuth carboxylateMarket Application 2K PU% Active 25Catalyst (tin-free)High active, versatile, designed for 2K PU, HFO blown foam and silane terminated coatings. Improved hydrolytic stability compared to traditional Bi carboxylates. -
K-KAT XK-661
Metal Type Zinc complex% Active 80Market Application 1K moisture cure PUCatalyst (tin-free)Excellent hydrolytic stability. Recommended for 2K PU coatings and 1K moisture cure PU adhesives. -
K-KAT XK-672
Metal Type Mixed carboxylateMarket Application 1K blocked NCOApplication Advantage FDA approvableCatalyst (tin-free)Effective catalyst for production of urethanes. Meets requirements of FDA 21 CFR 175.300. Recommended for 1K blocked NCO PU systems for coil coatings. -
K-POL 8211
Viscosity @ 25°C 7,200 cPsHydroxyl Number 400Equivalent Weight, g/eq. (as supplied) 140Polyester diolCost effective diol. Improves hardness and flexibility. Good exterior durability and chemical resistance. Recommended for 2K PU general purpose coatings and elastomers. -
K-POL XM-413
% Active 100Viscosity @ 25°C 850 cPsApplication Advantage Pot lifeUrethane diolConsists of only 1° OH. Good compatibility in high mW ethers, esters and aromatic isocyanates. Recommended as a chain extender and curative for aliphatic prepolymers. A 1,4-Butanediol alternative with longer pot-life and lower exotherm for reduced suck-back and shrinkage. -
K-SPERSE 131
Application Advantage Color developmentMarket Application AcrylicsFormulation Advantage Higher pigment loadingWetting/dispersing agentUse in formulas containing driers or accelerators including alkyds, urethanes and epoxies. -
K-SPERSE 152
Market Application AcrylicsApplication Advantage Color developmentFormulation Advantage Enhances catalyst performanceWetting/dispersing agentGeneral purpose. Very low use level. Synergist for competitive dispersants. -
K-SPERSE 152MS
Market Application AcrylicsApplication Advantage Color developmentFormulation Advantage Enhances catalyst performanceDispersantMineral Spirits version of K-SPERSE 152. -
K-STAY 501
Application Advantage High glossFormulation Advantage EfficientMarket Application 2K PURheology modifierRheology control agent that prevents sag in polyester, acrylic & alkyd melamine, 2K urethanes and epoxy systems.