High-temperature-resistant water-based nano-ceramic coatings, with their comprehensive advantages such as high temperature resistance, environmental friendliness, and wear resistance, have been applied in multiple key industries and have become an important material support for industrial upgrading and product innovation. 
In the industrial manufacturing sector, their application is the most extensive. The furnace walls of heating furnaces and annealing furnaces in the metallurgical industry can be coated with this paint to reduce heat loss, resist high-temperature oxidation, and extend equipment lifespan; reaction vessels and high-temperature pipelines in the chemical industry, with their corrosion resistance and high-temperature resistance, ensure stable and safe production processes; in mechanical manufacturing, high-temperature components such as engine cylinder blocks and molds also rely on it to enhance wear resistance and heat insulation performance. 
The transportation sector is also indispensable. In the automotive industry, apart from exhaust pipes, the shell of turbochargers, brake pads, and other high-temperature components in automobiles are all coated with this paint to enhance stability; the heat dissipation components of traction inverters in rail transit and the diesel engine exhaust pipes of ships, through which it achieves efficient heat insulation and protection, reduce maintenance costs. 
The application in the home appliance and civilian sectors is gradually expanding. High-end ovens and microwave oven inner shells utilize their high-temperature resistance and easy-clean properties to enhance user experience; outdoor heating devices such as fireplaces and barbecue grills are coated with this paint to prevent rusting and deformation under high temperatures. 
In special fields such as aerospace and new energy, these coatings are even key materials. Aircraft engine blades and components of rocket propulsion systems rely on them to withstand extreme high temperatures and high-speed airflow erosion; the absorber tubes of solar thermal power generation collectors, through which it improves the light-to-heat conversion efficiency and weather resistance, demonstrate broad application potential.