High-temperature ceramic coatings have become the focus of the development of the next generation of coatings industry

Organic anti-corrosion coating is widely used, but inorganic non-metallic materials have good corrosion resistance, wear resistance, high temperature resistance and not easy to age characteristics, but also gradually received attention, such as high-temperature ceramic coating, high-temperature enamel coating and hot-spray glass (glaze) coating. As a new type of high-temperature ceramic coating, ceramic coating has high stability, high-temperature ceramic coating also has the characteristics of high temperature, corrosion resistance, antioxidant, thermal insulation, insulation and self-cleaning, in the actual high temperature environment.
a ceramic coating that combines the characteristics of organic coatings and inorganic coatings, thus combining the advantages of both novel ceramic coatings. A new generation of high-temperature ceramic coating hardness can reach more than 6H, high temperature resistance of more than 400 degrees, high-temperature ceramic coating has reached 3000 degrees C, high temperature coatings resistant to high temperature generally between 280 degrees C-3000 degrees C, requiring coating coatings in the above-mentioned environment can achieve stable physical performance. High temperature-resistant coatings are widely used in blast furnaces, hot air furnace walls, chimneys, flues, ovens, exhaust pipes, high-temperature hot gas pipes, heating furnaces, rotary kilns, molds, heat exchangers, molds, reactors, drying towers, furnace furnaces, flight equipment, smelting packages, etc., as well as other non-metallic and metal surface protection of high-temperature coatings. High-temperature coating research and development needs to invest a lot of manpower, material resources, investment in large output time.
high temperature ceramic coatings experienced many years of research and development, with exclusive patented technology, breakthrough high temperature coating temperature limit, technology world-leading, functional high temperature coatings, many varieties, strong functionality, high scientific and technological content, energy conservation and protection, has been in the forefront of domestic and international high temperature coating enterprises. High temperature-resistant ceramic coatings are divided into organic high-temperature coatings and inorganic high-temperature ceramic coatings, the coating limit temperature resistance has exceeded 3000 degrees C. High temperature ceramic coatings are 150 degrees C, 250 degrees C, 400 degrees C, 600 degrees C, 800 degrees C, 1000 degrees C, 1200 degrees C, 1 A series of high temperature ceramic coatings, such as 600 degrees C, 1800 degrees C, 2000 degrees C, 2200 degrees C, 2300 degrees C, 2600 degrees C, 3000 degrees C, etc. There are types of high temperature ceramic coatings, with very low thermal conductivity 1 high temperature insulation coatings, high-temperature antioxidant coatings, strong acid and alkali-resistant ceramic high temperature anti-corrosion coatings, shielding current 1091 high temperature insulation coatings, fire-resistant inorganic high temperature glue and other functional coatings, industry Furnace far infrared energy-saving paint coatings, these high-temperature ceramic coatings in the market has a wide range of applications and praise, but also by the relevant departments of the state to identify and support, high-temperature ceramic coatings a variety of temperature-resistant range to break the traditional concept of high-temperature paint, successfully drive industrial technology upgrades, high-temperature ceramic coatings will become the next generation of paint technology development focus.
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