Combined with the characteristics of alkoxysilane hydrolytic polycondensation, a research team in a laboratory adopted emulsion hydrolyzation-polycondensation technology using long chain alkoxysilane monomer as the main body and alkoxysilane with different functional groups. The key technical problem of poor stability of pure organic alkoxysilane emulsion was solved by controlling the hydrolysis and co-condensation reaction of alkoxysilane R1Si(OR3)3 and/or mixed monomers under certain conditions through the semi-continuous drip process of monomer. The optimum technological conditions for the production of polylong chain alkyl siloxane emulsion were determined, and a high stability silicone emulsion waterproof coating was obtained which could be used for building waterproofing.

This new silicone emulsion coating has many advantages, including water as the reaction medium, no "three wastes" discharge during the reaction process, production process safety, energy saving, environmental protection, in line with the characteristics of "resource saving" and "environment friendly". In addition, its products have excellent performance, and the price is far lower than that of similar products imported from abroad, which has strong market competitiveness. The technology can be widely used in building interior and exterior coatings, brick, stone and ground waterproofing of large buildings, pavement waterproofing of viaducts, airport runway and base protection, protection and restoration of cultural relics buildings, anti-corrosion of high-performance concrete of major projects such as Marine engineering, hydraulic engineering and Bridges, and waterproofing of gypsum products, etc., with broad market application prospects and significant economic benefits.