Products in Intermediates: Siloxanes

SILRES® IC 232 is a solventless, reactive, methoxyfunctional methyl-phenyl polysiloxane with a narrow molecular weight distribution. It is highly suitable for blending with other binder systems to introduce a compatible silicone component. This addition helps to enhance the weathering or heat resistance of the resulting mixture or formulation.

SILRES® IC 678 is a solventless, reactive, methoxyfunctional phenyl polysiloxane with a narrow molecular weight distribution. This solvent-free liquid resin is specifically designed to enhance the weathering and heat resistance of organic resins. It is highly suitable for incorporating a compatible silicone component into other binder systems, thereby increasing their weathering or heat resistance properties. By adding SILRES® IC 678 to binder formulations, the overall performance and durability of the resulting materials can be significantly improved.

WACKER® Polymer FD 80 is a colorless, clear, and odorless liquid that is not miscible with water. It is used as a raw material for the production of RTV-1 silicone rubbers. This product is specifically designed for use in sealants and silicone sealants, serving as a special raw material for silicone compounding.

WACKER® Polymer FD 6 is a colorless, clear, and odorless liquid that is not miscible with water. It is used as a raw material for the production of RTV-1 silicone rubbers. This product is specifically designed for use in sealants and silicone sealants, serving as a special raw material for silicone compounding.

WACKER® Polymer FD 350 is a hydroxyfunctional polydimethylsiloxane polymer. It is a colorless, clear, and odorless liquid that is not miscible with water. It is recommended for use in a variety of processing and formulating applications such as sealants, adhesives, coatings, softeners (textile), and mold-making products.

WACKER® Polymer FD 20 is a colorless, clear, and odorless liquid that is not miscible with water. It is utilized as a raw material for the production of RTV-1 silicone rubbers. This product is specifically used in the compounding of silicone sealants and finds applications in the production of sealants and silicone sealants.

WACKER® Polymer FD 50 is a colorless, clear, and odorless liquid that is not miscible with water. It is used as a raw material for the production of RTV-1 silicone rubbers. This product serves as a special raw material for silicone compounding, particularly in the production of sealants and silicone sealants.

WACKER® L 653 is an aminoalkyl functional polydimethylsiloxane. Unlike other curable amino silicone fluids, it offers improved storage stability both in its pure form and in ready-to-use formulations. WACKER® L 653 finds application in paint conditioners and paint polishes, delivering enhanced gloss and detergent resistance. Compared to conventional polydimethylsiloxanes like the WACKER® AK series, the aminoalkyl functional WACKER® L 653 demonstrates excellent affinity to a variety of substrates, ensuring long-lasting gloss and color depth.

SILRES® IC 368 is a solventless, reactive, methoxyfunctional methyl-phenyl polysiloxane with a narrow molecular weight distribution. It is specifically designed to enhance the weathering and heat resistance of organic resins. This solvent-free liquid resin is ideal for incorporating a compatible silicone component into other binder systems. Its properties make it a valuable additive for improving the overall performance and durability of the resulting materials.

SILRES® IC 836 is a solid, silanol-functional phenyl silicone resin that is specifically recommended for the silicone modification of organic resins. It is commonly used to enhance the weathering and heat resistance of paints. SILRES® IC 836 is highly effective in introducing a compatible silicone component into other binder systems, resulting in improved weathering or heat resistance properties. By incorporating SILRES® IC 836 into paint formulations, the overall durability and performance of the coatings can be significantly enhanced, making them more resistant to harsh weather conditions and high temperatures.