REAXIS® C2013 (Dioctyl Tin bis-(Acetylacetonate)) is an octyl-based organotin with a ketonate functionality. REAXIS® C2013 is a highly reactive neat liquid butyl tin catalyst given its high tin content (23%) and related small ligand. REAXIS® C2013 is part of the tin (IV) family of organotins. Due to its ketonate-based ligand,…
E10
REAXIS® E10, also known as Sodium Stannate Trihydrate or Sodium Hexhydroxostannate, is a Sn (IV)-based inorganic tin chemical. REAXIS® E10 is a stable liquid version characterized by optimum sodium stannate content ranging from 118 to 130 g/L. Our manufacturing process incorporates high quality raw materials, minimizing residuals and enhancing overall…
E140
REAXIS® E140 (Potassium Stannate) is a Sn (IV)-based inorganic tin chemical. In addition to Sodium Stannate, common synonyms include Potassium Hexahydroxy Stannate and Potassium Stannate Trihydrate, as well as dipotassium, tin(4+), hexahydroxide. REAXIS® E140 contains approximately 40% tin. REAXIS® E140 is a plating and complexing agent produced such that residual…
E140P
REAXIS® E140P (Potassium Stannate) is a Sn (IV)-based inorganic tin chemical. In addition to Potassium Stannate, common synonyms include Potassium Hexahydroxy Stannate and Potassium Stannate Trihydrate, as well as dipotassium, tin(4+),hexahydroxide and Stannate (Sn(OH)62-), potassium (1:2), (OC-6-11)-. REAXIS® E140P contains approximately 40% tin. REAXIS® E140P is produced such that residual…
E144
REAXIS® E144 (Sodium Stannate), also known as Hexahydroxy Stannate or Sodium Stannate Trihydrate, is a Sn (IV)-based inorganic tin chemical. The standard crystalline grade of REAXIS® E144 contains approximately 44% tin. REAXIS® E144 is produced such that residual metal contaminates are controlled, thus resulting in a high-purity end product commonly used…
E144P
REAXIS® E144P (Sodium Stannate) is a Sn (IV)-based inorganic tin chemical, also known as sodium stannate trihydrate, or hexahydroxy stannate. REAXIS® E144P contains approximately 44% tin. REAXIS® E144P is produced such that residual metal contaminants are controlled, resulting in a high-purity end product commonly used as a plating and complexing…
