Products

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™ DRI waterborne silicone resin has been shown to improve hydrophobicity and elongation properties when used as a co-binder with acrylic latexes, resulting in more flexible coatings and sealants. CoatOSil™ DRI waterborne silicone resin can also be considered as a sole binder when maximum thermal and UV stability is a priority. When applied alone, CoatOSil™ DRI waterborne silicone resin cures at room temperature to form an elastomeric film.

TSR1452 silicone forms a medium-hard film that helps provide excellent thermal resistance and good gloss and color retention in paints with 60% solids content. As a low molecular weight polymer, it can  aid in good compatibility with a wide range of organics.

Momentive Performance Materials M120XB Methyl Silicone Resin is a binder for heat-resistant, anti-corrosion finishes and for heat-stable, anti-stick finishes, our M120XB methyl silicone resin can help contribute to the design of formulations that are required to perform in unforgiving and demanding environments. Applications from blast furnace gas pipes to vulcanizing molds have demonstrated the robustness and durability of finishes employing M120XB methyl silicone resin.

CoatOSil™ P576 Medium-hard high solid phenylmethyl silicone resin in solvent. Binder for anticorrosion coatings with thermal stability up to 600°C. The main potential fi elds of application are the coating of machine components, engine manifolds, car exhaust silencers, drying units etc. These applications commonly use one-coat fi nishes. Systems of this kind may also be utilized in the sealing of spray-metallized surfaces.

CoatOSil™ Resin P501 Medium-hard phenylmethyl silicone resin in solvent Binder for anticorrosion coatings with thermal stability up to 600°C. The main potential fi elds of application for coatings utilizing CoatOSil™ Resin P 501 are the coating of machine components, fi re doors, engine manifolds, car exhaust silencers, drying units etc.

CoatOSil™ P851 Phenylmethyl silicone resin in solvent.Binder for anticorrosion coatings, especially for primers with thermal stability up to 600°C. Due to the typically good application properties and long shelf life of the coatings formulated from it, CoatOSil™ Resin P 851 is an excellent candidate to consider for use in anticorrosion primers, particularly zinc dust primers. These anticorrosion primers are used in multi-coat systems for the protection of objects such as blast furnaces, cracking plants, steel stacks, rotary kilns etc.

TSR117 Silicone is a Helping deliver heat, chemical and weather resistance to paints, TSR117 silicone can also help provide electrical insulating properties. In fact, insulation varnishes employing TSR117 coating have met class H insulation requirements for electrical devices. TSR117 silicone coating can be cured at high temperature; or, with the help of a catalyst, undergo low-temperature cure and room-temperature drying.

SPUR+™ 3040 prepolymer is an excellent candidate to consider as a binder for high strength adhesives requiring adhesion to a variety of substrates. The low viscosity o SPUR+™ 3040 prepolymer has shown it to be easy to formulate and use for the manufacture of adhesives. Many applications have benefited from the excellent heat resistance of SPUR+™ 3040 prepolymer in circumstances where thermal stability is required.

SPUR+™ 3030 prepolymer can enhance non-isocyanate moisture curable elastomeric roof coatings and waterproof membranes. Developed with outstanding fully cured properties and a wide formulation window. The proprietary design of SPUR+™ 3030 prepolymer can help yield an effective balance of physical and mechanical properties desired in roof coating formulations, and it has shown to improve upon the properties offered by conventional hybrid polymers.