Year1
- 耐温：
- 150℃|600℃
Ms. Liu uses special acid- and alkali-resistant raw materials. The coating performance is stable and will not react with the medium. At the same time, the raw materials of the wear-resistant and waterproof coating are mostly high-temperature synthetic materials. The crystal is well developed and has a complete structure that is not affected by environmental factors. It is one of the best inert materials and can effectively resist the effects of environmental media and various chemical corrosions. Comparison of wear-resistant waterproof coatings and wear-resistant ceramic sheets
In industrial environments, coal conveyors are subject to friction and impact of coal for a long time, long-term vibration of the machinery, friction loss of friction fan blades, extrusion friction of heavy machinery on the road, and wind and sand. Industrial working conditions such as metal friction and corrosion in equipment, instrument flues, and chimneys have become long-term problems that cannot be cured in the industrial environment. Beijing Zhisheng Weihua Chemical Co., Ltd., located in Dongtieyin, Fengtai District, has developed a high-temperature ceramic wear-resistant and anti-corrosion coating. The raw materials use inorganic ceramic ionic compounds and some artificially synthesized covalent compounds, which are specially produced to synthesize ionic bonds and covalent bonds, which are strong combinations. The bonded bonding system adopts composite strengthening measures and special treatment to form a chemical bond, so it has great strength and stiffness. It can effectively withstand high-speed impact force and shear stress. Its strength can reach more than 10 times. The hardness is more than twice that of manganese steel. The temperature resistance can reach high temperatures. . High temperature resistance, high hardness, strong construction and flexible construction, ceramic wear-resistant and anti-corrosion coatings can be painted on various metals, cements, glass ceramics or other long-term wear-resistant substrates. Its excellent performance has successfully cured the problem of long-term industrial wear-resistance.
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