1. Application in the aerospace industry
In the aerospace industry, thermal barrier ceramic coatings, wear-resistant ceramic coatings are widely used. High-performance thermal barrier ceramic coatings effectively solve the space shuttle fuselage, engine walls, tail nozzle and other short-term high-temperature scrubbing and heat insulation and other issues.
2. Application in the power electronics industry 
In the electric power industry, wear-resistant ceramic coating has a great use. Thermal power station fan coated with wear-resistant ceramic coating can greatly improve its service life. Large-scale water conservancy projects, the use of large-scale water conservancy projects with wear-resistant ceramic coating of the piston rod can effectively overcome the traditional piston rod used for a long time the phenomenon of oil leakage, jamming. In the electronics industry, high dielectric constant coatings such as barium titanate coating is widely used in the field of capacitors, the use of alumina coating of high-temperature electrical insulation properties of the integrated circuit substrate prepared by high-performance encapsulation materials, is also widely used.
3. Application in the automobile industry
In the automotive industry, the thermal barrier ceramic coating in the automotive engine combustion chamber walls, pistons, exhaust ports and other hot ends can effectively improve these parts of the high-temperature scouring, heat insulation properties, wear-resistant ceramic coating on the piston rings, cams, crankshafts and other transmission components can reduce the reciprocating sliding wear of these parts. The above ceramic coating technology applied to automobile engines, not only can greatly improve the service life of the engine, but also improve the thermal efficiency of the engine, reducing the emission of harmful gases. 
4. Application in metallurgical industry 
In the metallurgical industry, the protective ceramic coating on the surface of the metal workpiece can effectively prevent high temperature metal smelting, thermal processing process of oxidation, oxygen penetration, so as to achieve the purpose of protecting the workpiece. In steelmaking, ceramic coating is applied to the inner and outer surfaces of steel tanks to prevent the oxidation of high temperature molten iron on the tanks, which in turn affects the quality of molten iron. That can protect the steel tank from oxidation, but also to improve the service life of the steel tank, the low thermal conductivity of the ceramic coating can also play the role of thermal insulation layer, saving energy. 
5. Application in cutting tools 
The hardness, heat resistance and cutting performance of tools coated with ceramic coating are significantly improved. Ceramic coated tools have a long service life. Studies have shown that in the carbide tool surface melting a layer of 0.9mm boron nitride ceramic coating, the carbide tool cutting effect can be enhanced up to 5 times more.
6. Application in other fields 
In many other fields, ceramic coating also has a wide range of applications. For example, in the field of biomedicine, in the medical metal alloy surface coating with human biocompatibility characteristics of ceramic coatings, not only to improve the service life of medical materials, but also a good solution to the biocompatibility of medical materials in the body, the material implanted in vivo, the performance of the body, the performance of more stable and solid. In the printing industry, by coating the surface of different types of rollers (e.g. hopper rollers, offset rollers, etc.) with ceramic coatings, the service life of the rollers can be effectively improved.

Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150A. 
High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.