Definition:
Nano high temperature resistant ceramic powder coating material is a material that forms a high temperature resistant ceramic coating through chemical reaction.

Use:
Nano ceramic powder coating has excellent heat insulation effect in high temperature environment, does not fall off, does not burn, is water-resistant, moisture-proof, non-toxic, and does not pollute the environment. Tests have shown that applying a few centimeters thick nano ceramic powder coating on the outside of the thermal pipeline can effectively prevent the heat from spreading outward; the coating is applied to high temperature furnaces such as steel mills, which can control the furnace surface temperature within 50 degrees Celsius. It is suitable for the anti-corrosion and cooling of high temperature equipment such as thermal boilers and coking gas in metallurgical and chemical industrial power plants and thermal pipe networks. Heavy-duty anti-corrosion nano ceramic coatings used in harsh corrosive environments can effectively protect the outer surfaces of navigation lamp holders, ships, petrochemical facilities and various storage tanks, bridges, bridge piers, railway culverts, drilling equipment, offshore oil fields and other facilities, as well as strong acid, strong alkali and other production equipment, and prevent the immersion of strong acid, alkali, salt spray, freeze-thaw, mold, etc. for a long time. Ceramics are inherently resistant to high temperatures and have high dielectric properties, acid and alkali resistance, so these advantages can be used to mix nanopowders to make any tools or coatings.

Disclaimer: The content is sourced from public channels such as the Internet and WeChat public accounts. We remain neutral to the views in the article. This article is for reference and communication only. The copyright of the reprinted article belongs to the original author and institution. If there is any infringement, please contact us to delete it.