REAXIS C162
Stannous Chloride, Anhydrous - a very high purity product that finds use in Sn/Pd activator formulations for POP. It is also a preferred tin source for tin/nickel alloy plating and as a surface color modifier for art glass.
REAXIS C154
Stannous Chloride, Dihydrate - A.C.S. Reagent Grade is a very high purity product that finds use in Sn/Pd activator formulations for POP. It is also a preferred tin source for tin/nickel alloy plating and as a surface color modifier for art glass.
REAXIS C218
Dibutyltin Carboxylate - a versatile organo-tin catalyst that can be used in various applications, including polyurethane coatings and polymers. This product is typically used at concentrations ranging from 0.01 - 1.0 wt% at 160 - 260 C. Additional applications of Reaxis™ C218 include: a) Catalysis...
REAXIS C188
Stannous Oxide - a high quality tin(II) oxide characterized by high purity and high activity. It is used in the metal finishing industry for tin and tin alloy plating processes.
REAXIS E140
Potassium Stannate - a fast dissolving alkaline tin salt solution manufactured by a proprietary direct process that yields consistently high purity product. It is used as the tin replenisher in alkaline tin and tin alloy plating baths.
REAXIS E140P
Potassium Stannate Peroxide Grade - an exceptionally pure grade of potassium stannate that is approved for use in applications where the tightest specifications must be met, such as in formulations for Hydrogen Peroxide stabilization. It is manufactured by a proprietary direct process which yields...
REAXIS C226
Dibutyltin Ketonate - a liquid catalyst that is utilized in the following applications: a) Synthesis of polyurethane systems, b) Polycondensation reactions of RTV silicone resins and silanes. Reaxis™ C226 is also available in special formulations upon request
REAXIS C233
Dibutyltin Carboxylate - a highly active liquid catalyst that is comprised of a mixture of organo-tin compounds. It is utilized in the following applications: a) Manufacturing of polyurethane polymers, b) Transesterification reactions, c) Condensation reactions of TRV-silicone resins and silanes,...
Share your experience so buyers can make confident decisions.