Dioctyltin dilaurate. Acts as an organotin catalyst. It is stable and contains dioctyl tin functionality. Possesses improved toxicological properties compared with dibutyl tin derived catalysts... view more

Stannous carboxylate. It is a liquified tin-based catalyst that is a blend of a stannous compound and a plasticizer. Used in polyurethane and polyesters/esters... view more

Stannous neodecanoate. Acts as a tin-based catalyst. It gives an enhanced storage stability in various RTV silicone formulations. Can be utilized neat or as a mixture in alcohols. Reaxis® C125 is... view more

Dibutyltin carboxylate. Acts as an organometallic catalyst. Possesses an extended pot life, low foaming, low color and high selectivity for the isocyanate/alcohol reaction. Used for catalysis of... view more

Dioctyltin mercaptoacetate. Acts as an organometallic catalyst. Reaxis® C214 is hydrolytically stable and possesses low toxicity. It is usually more reactive than DBTL (REAXIS® C218) for most... view more

Dibutyltin dilaurate. Acts as an organo-tin catalyst. It is stable along with good balance of pot life and cure. Possesses an incompatibility with strong oxidizing agents, strong acids and strong... view more

Dibutyltin carboxylate. Acts as an organometallic catalyst. It is stable and offers anti-fogging effect. Possesses an incompatibility with strong oxidizing agents, strong acids and strong bases... view more

Dibutyltin carboxylate. Acts as an organo-tin catalyst. It is stable and has good heat stability. Possesses an incompatibility with strong oxidizing agents, strong acids and strong bases. Used... view more

Dioctyltin ketonate. Acts as an organometallic catalyst. It is stable and possesses lower toxicity. Used in the synthesis of polyurethane systems and polycondensation reactions of RTV silicone... view more

Dibutyltin carboxylate. Acts as an organotin catalyst. It provides a reaction profile in polyurethane systems similar to that of mercury catalysts. Has high selectivity for the NCO/OH reaction but... view more

Tetrabutyltin stannoxane. Acts as an organotin catalyst. Has higher catalytic activity compared to other grades of DBTL, due to significantly higher tin content. Used mainly in polyurethane... view more

Dibutyltin ketonate. Acts as an organometallic catalyst. It is stable and good in MS system. Used in the synthesis of polyurethane systems as well as polycondensation reactions of RTV silicone... view more

Dibutyltin mercaptide. Acts as an organometallic catalyst. It is stable and exhibits high activity and improved hydrolytic stability. Possesses an incompatibility with strong oxidizing agents... view more

Dioctyltin carboxylate. Acts as an organometallic catalyst. It is highly active and possesses lower toxicity. Used in silicone condensations, esterifications, polyesters/esters as well as... view more

Dibutyltin carboxylate. Acts as an organometallic catalyst. Reaxis® C233 is stable and highly active. It is slightly sensitive to moisture and reacts with bases as well as reducing agents. Used in... view more

Dibutyltin carboxylate solvent solution. Acts as an organometallic catalyst. Reaxis® C233T is stable and highly active. It reacts with bases and reducing agents. Used in the catalysis of... view more

Dibutyltin sulfide. Acts as an organometallic catalyst. It exhibits high activity as well as an improved hydrolytic stability versus tin mercaptides and organotin carboxylates. Used in polyurethane... view more

Dibutyltin mercaptide. Acts as an organometallic catalyst. It is hydrolytically stable and provides more of a delayed action cure as compared to organotin carboxylates. Used in the synthesis and... view more

Dibutyltin mercaptide. Acts as an organometallic catalyst. It is hydrolytically stable and provides more of a delayed action cure as compared to organotin carboxylates. Possesses an incompatibility... view more

Dibutyltin mercaptide. Acts as an organometallic catalyst. It is hydrolytically stable and provides more of a delayed action cure as compared to organotin carboxylates. Possesses an incompatibility... view more