Momentive Silicone & Specialty Solutions – Advanced Technologies for Coatings, Adhesives & Sealants

Silquest A-1120, N(beta-aminoethyl) gamma-aminopropyltrimethoxy-silane, and Silquest A-2120, N(beta-aminoethyl) gamma-Aminopropylmethyldimethoxy- silane, are diamino functional silanes that may be used over a broad range of applications. They are used to promote the adhesion of amino-reactive resins such as silicone, silylated polyurethane, two-part urethanes and two-part epoxies to inorganic surfaces, plastic surfaces, and inorganic fillers or reinforcements.

Silquest A-274 coupling agent is an acrylate functionalized silane coupling agent, which is compatible with a wide range of polymers via free radical reaction. It can improve their adhesion with inorganic reinforcement fillers. These possible polymers include, unsaturated polyesters, polyolefins (PE, PP), rubbers, etc. Its higher reactivity enables more efficient bonding with resins compared to other conventional methacrylate-based or vinyl-based silanes.

Silquest silane Y-9669 combines phenyl and amino functionality in the same molecule. It is an extremely effective adhesion promoter for many filled and reinforced resin systems. Silquest silane Y-9669 is a versatile adhesion promoter, particularly for resin systems that will react with a secondary amino group, such as isocyanates, acrylates, epoxies, phenolics and RTV silicones. This silane is especially useful when the resulting material must withstand higher temperatures, e.g. in phenolic resin/fiberglass composites.

CoatOSil DRI waterborne silicone resin can help reduce water uptake and improve UV resistance in organic waterborne coating compositions. Its chemical structure enables CoatOSil DRI waterborne silicone resin to overcome the difficulties of combining silicone materials with organic waterborne resins.

COATOSIL DSA 10 is a silicone micro resin and an excellent candidate to consider for use as an additive to help improve the performance of coatings. In addition to providing the specific characteristics of silicones, such as lubricity and water repellency, has a lower specific gravity than conventional inorganic fine powders and typically has superior heat and chemical resistance as compared with convention organic fine powders.

CoatOSil DSA 6 friction modifier is a silicone micro resin and an excellent candidate to consider for use as an additive to help improve the performance of coatings. In addition to providing silicone lubricity, CoatOSil DSA 6 friction modifier has a lower specific gravity than conventional inorganic fine powders and typically has superior heat and chemical resistance as compared with conventional organic fine powders.

CoatOSil P905 Silicone Emulsion is a phenyl-methyl silicone resin emulsion designed for formulating waterborne high-temperature resistant coatings. It offers high thermal resistance, excellent adhesion, and superior corrosion protection, making it ideal for automotive exhaust systems, home appliances, and industrial vessels.

CoatOSil 2287 silane may provide shelf stable non-yellowing crosslinking performance to enhance the physical properties of waterborne dispersion polymers such as polyurethane and acrylic latexes. When CoatOSil 2287 silane is incorporated as a crosslinker or adhesion promoter, it may provide improved water resistance and wet adhesion, with good shelf stability.

CoatOSil SE 620 is a low-VOC, functionalsilicone emulsion which can be used as an additive in interior or exterior waterborne paint and sealant formulations to enhance hydrophobicity and durability. CoatOSil SE 620 silicone emulsion can be incorporated either during pigment grinding or letdown stage under moderate mixing conditions.

CoatOSil SE 611 is an emulsion of a functional silicone with low cyclic siloxane content, which can be used as an additive in interior water-based coating formulations to enhance surface properties.

SM2163 is a silicone emulsion based on SF96*-350 polydimethylsiloxane fluid. SM2163 is typically used as a release agent or lubricant in the printing industry and in industries using rubber and plastic.