Aminopropyltriethoxysilane. It acts as a coupling agent and adhesion promoter for many thermoset and thermoplastic resins... view more

Coupling agent and adhesion promoter. It is soluble in solvents such as methanol, isopropanol, methoxypropanol and xylene. It can also be dissolved in an aqueous alcohol mixture. Used to improve... view more

Vinyltrimethoxysilane. Used in rubber compounds and plastics. Provides coupling between inorganic surfaces (such as clay, glass, etc.) and organic rubber and plastic. Offers moisture crosslinking... view more

Vinyltriethoxysilane. It acts as a coupling agent and crosslinker for mineral filled rubbers... view more

Disulfidosilane on carbon black. Used as a coupling agent for inorganic fillers in organic rubber (such as silica in black rubber used in tire treads). Provides compatibilization and coupling... view more

Tetrasulfidosilane on carbon black for silica filled rubber. Used as coupling agent for inorganic fillers in organic rubber (such as silica in black rubber used in tire treads). Provides... view more

Alkylaryl polysiloxane fluid. Acts as a release agent for molding, extruding and fabricating rubber and plastic parts, and in die casting metals. Does not require unusual or extraordinary cleaning... view more

Alkylaryl polysiloxane fluid. Acts as a release agent for molding, extruding and fabricating rubber and plastic parts, and in die casting metals. Does not require unusual or extraordinary cleaning... view more

Alkylaryl siloxane fluid. Acts as a release agent for plastic and rubber components and acts as an external lubricant for rubber parts in mechanical applications. Offers very good release of rubber... view more

Si-H (Silicon hydride) containing alkylsiloxane. It acts as a crosslinker for thermoplastic elastomers and as a hydrophobic agent for inorganic materials... view more

XIAMETER™ RBM-9007 Rubber Additive by Dow Chemical is a silicone compound. It is used primarily to improve the tensile strength of silicone rubber when extending fillers are used. It is easily... view more