K-Kat®

K-KAT® 670 by King Industries is a non-yellowing, non-tin organosilane catalyst designed for ambient temperature cured 1-component organosilane and 2-component organosilane hybrid coatings. It is... view more

K-KAT® XK-651 by King Industries is a versatile bismuth carboxylate catalyst. Provides improved hydrolytic stability, excellent gloss retention and exterior durability. It can be used in ambient... view more

K-KAT® XK-672 by King Industries is an effective catalyst for the reaction of isocyanates and polyols for the production of urethanes. It is tin-free, and does not contain 2-ethylhexyl carboxylate... view more

K-KAT® XK-675 is a non-yellowing non-tin catalyst by King Industries. It can be used in ambient cured 1-component silane polymers for coatings. Recommended at a dosage rate of 1-3 %. K-KAT® XK-675... view more

K-KAT® XK-678 by King Industries is a non-yellowing non-tin catalyst for the reaction of 1K and 2K oximinosilane polymers. Designed ambient temperature cure for a variety of organosilane-based... view more

Zirconium chelate complex. Used as a catalyst. Offers fast tack free time. Provides very good viscosity stability /pot life. Is effective at low metal concentrations and with a variety of... view more

Zirconium chelate complex. Used as a catalyst. Offers very good cure response. Provides very good exterior durability. Exhibits short tack free time at low cure temperature. Imparts high selectivity... view more

Zirconium complex. Used as a non-tin catalyst for two component plural gun or in-line mixing applications. Provides rapid cure response and fast tack free time, very good low temperature cure... view more

Bismuth carboxylate. Used as a catalyst. Provides similar properties to standard tin catalysts without the environmental drawbacks. Offers very good gloss retention and exterior durability... view more

Bismuth complex. Used as a catalyst. Provides improved potlife and high reactivity in force-dried applications compared to standard bismuth carboxylates. Exhibits improved hydrolytic stability... view more

Bismuth carboxylate. Used as a catalyst. Offers very good corrosion resistance and chip resistance. Provides similar properties to standard tin catalysts without the environmental drawbacks... view more

Catalyst designed to provide lower curing temperatures in uretdione crosslinked powder coatings. Offers very good gloss retention. Provides very good exterior durability. Imparts lower cure... view more

Is a non-tin catalyst. Possesses good cure time characteristics, excellent hydrolytic stability, non-yellowing, excellent gloss retention and excellent exterior durability. Exhibits better pot life... view more

It is a metal complex that acts as catalyst at 90% active in 2-butoxyethanol for ease of incorporation. It has low temperature cure response, tin free, and excellent corrosion resistance. It has... view more

It is an effective catalyst for the reaction of isocyanates and polyols for the production of urethanes. It is a proprietary mixed organometallic complex specially designed to be an alternative to... view more

Bismuth carboxylate. Acts as a catalyst. Possesses excellent gloss retention and exterior durability properties. Provides improved hydrolytic stability compared to other bismuth carboxylate... view more

It acts as a new non tin catalyst. It is light yellowing colored liquid having property of non yellowing. It has good pot life, good cure time characteristics, excellent gloss retention. It has... view more

Is a non-tin catalyst. Possesses good cure time characteristics, non-yellowing, excellent gloss retention, and good pot life in 2K PU systems. It is soluble in ketones, esters, alcohols & aromatics... view more

Bismuth carboxylate. Acts as a catalyst. Possesses excellent gloss retention and exterior durability properties. Provides improved hydrolytic stability compared to other bismuth carboxylate... view more

Bismuth carboxylate. Used as a catalyst for blocked isocyanate and two component urethane coatings. Offers very good gloss retention and exterior durability. Can replace many heavy metal and/or... view more

Aluminum chelate complex. Used as a catalyst. Offers fast tack free time. Exhibits very good viscosity stability /pot life. Provides very good exterior durability. Imparts effectiveness for both... view more

Zirconium chelate complex. Used as a catalyst. Offers very good cure response and exterior durability. Possesses short tack free time. Imparts high selectivity for -NCO/OH reaction over -NCO/water... view more