Rhenodiv®

Rhenodiv® BP-166 by Lanxess is an aqueous dispersion of mineral fillers. Acts as a release agent. It is 100% silicone-free single-release insides lubes. Rhenodiv® BP-166 single-release inside tire... view more

Rhenodiv® BP-3091 by Lanxess is an unfilled, aqueous formulation of partly crosslinkable silicone polymers. Acts as a release agent. Provides improved load-carrying capacity and lubricity... view more

Rhenodiv® BP-337 by Lanxess is an unfilled, water-based product containing silicones. Acts as a release agent. It is based on hydrogen-free crosslinking chemistry. Provides suitable lubricity and... view more

Rhenodiv® BP-9500 by Lanxess is an unfilled, silicone-free product based on glycol and vegetable oils. Acts as a release agent. Rhenodiv® BP-9500 single-release inside tire lube is water-based and... view more

Mixture of polyols and fatty-acid derivates. Used as release agent and lubricant for the manufacture of hose. Facilitates the fitting of the hose onto the metal mandrel before vulcanization and its... view more

Rhenodiv® BO-150 by Rhein Chemie Lanxess Group is a batch-off compound release agent. It is a composition of inorganic fillers, calcium stearate and surface active substances. Rhenodiv® BO-150 is... view more

Rhenodiv® BO-501-2 by Rhein Chemie Lanxess Group is a compound release agent. It is a composition of inorganic fillers, synthetic fillers and surfactants. Rhenodiv® BO-501-2 is recommended for... view more

Rhenodiv® BO-505-2 by Rhein Chemie Lanxess Group is a compound release agent. It is a composition of inorganic fillers, synthetic fillers and surfactants. It forms a thin, flexible film on the... view more

Rhenodiv® BO-7665-1 by Rhein Chemie Lanxess Group is a combination of inorganic fillers, calcium stearate and surface active substances. It is a batch-off compound release agent used to prevent the... view more

Rhenodiv® BO-7672-1 by Rhein Chemie Lanxess Group is a combination of salts of fatty acids and calcium stearate. It is a liquid batch-off release agent. It forms a thin film on the surface of the... view more