REAXIS

REAXIS® C218, Dibutyltin Dilaurate, is a versatile organotin catalyst that can be used in various applications, including a wide range of polyurethane formulation. Additional applications of REAXIS® C218 include:. Catalysts for esterification and transesterification reactions. Catalysts for silicone condensations (e.g. RTV resins). Crosslink of silane modified polyethylenes Custom formulations of REAXIS® C218 are available upon request.

REAXIS® C214 is a versatile tin mercaptide catalyst that can be used in various polyurethane-based formulations that demand hydrolytic stability and selectivity. REAXIS® C214 is usually more reactive than DBTL (REAXIS® C218) for most polyurethane systems, resulting in faster cure times. REAXIS® C214 can be used in waterborne systems. Custom formulations of REAXIS® C214 are available upon request.

REAXIS® C319 is a liquid catalyst used in the synthesis and curing of polyurethanes. REAXIS

REAXIS® C125, Stannous Neodecanoate, is a liquid inorganic tin-based catalyst that is used in a number of applications, including: . Esterifications. Polyurethanes (CASE). Silicone condensation reactions REAXIS®C125 gives enhanced storage stability in various RTV silicone formulations. REAXIS®C125 can be utilized neat or as a mixture in alcohols. This product is typically used at concentrations ranging from 0.01 - 0.20 wt%.

REAXIS® C320 is a liquid catalyst used in the synthesis and curing of polyurethanes. REAXIS®C320 provides for more of a delayed action cure compared to organotin carboxylates.

REAXIS® C216, Dioctyltin Dilaurate, is a liquid organotin catalyst that contains dioctyltin functionality. This provides improved toxicological properties compared with dibutyltin based catalysts. Additional features and applications of REAXIS® C216 include:. Catalysis of polyurethane reactions. Curing of silicone resins. Catalysts for esterification and transesterification reactions. Crosslinking of silicone-modified polyethylenes

REAXIS® C716 is a Bismuth Carboxylate, is an effective catalyst for use in various polyurethane applications. REAXIS® C716 gives a good balance in front and back reactivity. REAXIS® C716 is good a non-tin alternative to DBTL for various polyurethane applications including: coatings, adhesive/sealants, elastomers and foams.

REAXIS® C616 is an effective zinc catalyst for the crosslinking of polyurethanes. REAXIS® C616 exhibits lower reactivity compared to organotins and provides pot life extension in 2 component systems. Typical of most zincs, REAXIS® C616 selectivity catalyzes the crosslinking polyurethane reactions.

REAXIS® C233 is a liquid organotin catalyst that is utilized in the following applications:. Catalysis of polyurethanes. Esterification and transesterification reactions. Polycondensation reactions of silicone resins and silanes

REAXIS® C227 is used in a wide range of polyurethane systems. This catalyst exhibits a high activity and improved hydrolytic stability. REAXIS® C227 is a liquid catalyst that is utilized in the following applications:. Solvent borne polyurethane coatings. Water borne polyurethane coatings

REAXIS® C211 is a proprietary catalyst based on a modified organotin compound. REAXIS® C211 has been designed for catalysis of polyurethane reactions. Advantages include:. High selectiveity for the isocyanate/alcohol reaction. Low foaming. Extended pot life. Low color

REAXIS® C226 is a liquid catalyst that is utilized in the following applications:. Synthesis and crosslinking of polyurethanes. Silicone resins. Silane-modified polymers REAXIS® C226 is also available in special formulations upon request