Coatings, Inks & Construction

FASCAT® 8204 Catalyst

FASCAT® 8204 Catalyst is a catalyst based on dibutyltin oxide suitable for coating applications. It is used in urethane curing.Benefits:It can significantly shorten transesterification production cycle times for specialty acrylate polymers and other estersIt is also active for methacrylate estersOffers energy savings due to lower reaction temperaturesProvides more efficient use of equipmentInsoluble in water and most organic solvents

FASCAT® 2001

Catalyst based on stannous oxalate for use in electrophoretic coatings. Benefits:Reduces consumption of chemical reactantsHelps to reduce byproduct formation, while increasing product ester yield and purity

FASCAT® 2003

Catalyst based on stannous octoate, stannous 2-ethylhexanoate applicable in electrophoretic coatings (e-coat). Benefits:Suitable for production of oleochemicals and silanol condensation reactions 

FASCAT® 2004

Catalyst based on stannous dichloride suitable for coatings.

FASCAT® 4100

Catalyst based on butylstannoic acid recommended for electrophoretic coatings (e-coat).Benefits:Hydrolytically stable ingredientIt is extremely pure with low levels of DBT and TBT contamination

FASCAT® 4101

Catalyst based on butylchlorotin dihydroxide designed for electrophoretic coatings.Benefits:Hydrolytically stable ingredientIt is extremely pure with low levels of DBT and TBT contamination

FASCAT® 4102

Catalyst based on butyltin tris-2-ethyl hexanoate is applicable in the synthesis of saturated polyester resins for powder and coil coatings. 

FASCAT® 4200

Catalyst based on dibutyltin diacetate suitable for electrophoretic coatings.Benefits:Offers production of blocked isocyanates Benefits cross-link urethane coating systems