Technical Strength of Special Functional Coatings

For example, sealing coatings with temperature resistance 1200 ℃, super high temperature oxidation-proof coatings with temperature resistance 3000 ℃, new type of heat-proof and heat-preservation coatings with waterproof and anticorrosive properties, etc., are the special needs of some products applied in special environments, which promote the development of special functional coatings and become an indispensable and important variety of coatings online coatingol.com in the coatings industry. Over the years, Beijing Zhisheng Weihua Chemical Industry Co., Ltd. has actively promoted the technological progress of special functional coatings, and has successfully completed hundreds of national key projects, provincial and ministerial key projects and innovative projects independently developed, such as special functional coatings for space, aerospace and nuclear facilities. The research and development of special functional coatings, such as electric power coatings, transportation equipment coatings, anti-corrosion coatings and low thermal conductivity and insulation coatings, have achieved remarkable economic and social benefits, and have made remarkable contributions to the development of China's coatings industry. The new material industry will actively develop six categories of special metal functional materials, high-end metal structural materials, advanced macromolecule materials, new inorganic non-metallic materials, high-performance composite materials and frontier new materials. The special functional coatings in new inorganic non-metallic materials deserve to be a new leap in the research and development of new materials. The coating formed by inorganic polymer chelating solution and highly activated anticorrosive pigments of high temperature inorganic anticorrosive coating ZS-711 can react with atoms or ions on the surface of the material to form a triple protective and protective effect of physics, chemistry and electronics, and firmly bind to the surface of the substrate through chemical bonds and ion bonds. For the physical, chemical and electronic anti-corrosion of the substrate, it has a good role in protecting the matrix.