Abstract: Coating compositions for bakeware release are disclosed to contain (a) base silicone resin having alkoxy or acyloxy functional groups and a viscosity between 10 to 200,000 centipoise; (b) base polydiorganosiloxane fluid having functional groups to react with the base resin; (c) a hydroxy functional polyphenylsiloxane resin; (d) a nonthermosettable polydiorganosiloxane fluid; and (e) an effective amount of condensation catalyst.

Abstract: Thermal shock resistant silicone coating formulations are disclosed to contain polydiorganosiloxane fluid, silicone resin and mica.

Abstract: Solventless silicone coating compositions are disclosed which contain a fluid silicone resin and a polydiorganosiloxane fluid.

Abstract: Waterborne silicone coating formulations are provided. The coatings utilize water based emulsions or organopolysiloxane resins where the emulsions are provided with an effective combination of cellulosic and anionic emulsifying agents. The coatings of the present invention offer durability and resistance to extreme temperatures.

Abstract: A process for wet mixing a silicone molding composition comprising mixing a silicone resin and a hydrocarbon solvent to form a solution of 10 to 50% by weight of solids and adding to the slurry a variety of fillers, a silicone plasticizer, a pigment and a catalyst to form a paste of about 85 to 95% by weight of solids; kneading the paste to thoroughly mix the ingredients and form a homogeneous mixture; and then removing most of the solvent and breaking of the composition left behind to form the appropriate size particles of a uniformly homogeneous silicone molding composition.