Heat-resistant high-temperature coatings solve the problem of oxidation and corrosion of materials

China Paint Network
News: heat-resistant high-temperature anti-oxidation paint to solve the problem of oxidation and corrosion of materials, the paint to withstand thousands of degrees of high, effective shielding oxygen penetration, to solve the problem of oxidation and corrosion of materials at high temperatures. For example, steel reacts easily with gas contact at high temperatures, and the effective substances of steel metal produce other invalid substances, which have a great impact on the structure, use and characteristics of steel metals, and sometimes have a great destructive effect. Our common iron and steel metal oxidation refers specifically to the reaction oxidation of metals and oxygen elements, the chemical reaction between oxygen and iron, called metal oxidation, is an important chemical unit process, but also the main factors of steel corrosion loss.
now Fengtai District Zhisheng Weihua high temperature anti-oxidation paint to help, ZS-1021 high temperature closed paint, can effectively protect the material from oxidation phenomenon. However, this antioxidant resistance to high temperature, good denseness, good corrosion resistance, strong antioxidant capacity, high hardness characteristics. This paint high temperature resistance, the use of Beijing Zhisheng Weihua special high temperature solution, temperature resistance can reach 1800 degrees C, can be long-term fire-resistant barbecue, the material using nano-fish scale structure, good denseness, hardness can reach 7-8H, hardness higher than the hardness of the metal. the starting point of
technological innovation is to serve people, meet people's needs, ZS-1021 high temperature antioxidant paint can form a dense coating on boilers, graphite, metal, etc., with strong anti-rust corrosion, antioxidant, anti-chromic effect, wear resistance and other characteristics. ZS-1021 heat-resistant closed paint brush in boilers, graphite, metal, etc., to prevent oxidation rate at high temperature can reach more than 80%, material energy-saving utilization rate can reach more than 90%, industrial high temperature production material safety accident rate can be reduced by more than 95%.