Economic and social benefits of surface spraying projects

       Boiler spraying, thermal spraying, supersonic arc spraying, boiler heating surface anti-wear and anti-corrosion, boiler water wall anti-wear spray, deflector anti-wear, anti-wear plate installation, longitude and latitude anti-wear, grille anti-wear, CFB boiler anti-wear technology , anti-wear technology of circulating fluidized bed boiler, anti-corrosion and anti-corrosion of heating surface of pulverized coal furnace, boiler thermal spraying deflector installation

Surface spraying engineering is to change the morphology, chemical composition, organizational structure and stress state of solid metal surface and non-metallic surface through surface coating, surface modification or composite treatment of various surface engineering technologies after surface pretreatment, so as to obtain all kinds of materials. Systems engineering that requires surface properties. Surface spraying engineering integrates basic theories, technologies and the latest achievements in multiple fields. Surface engineering technology creates a coating or film on the surface of the base material, or imparts many special properties to the material through surface modification, so that the surface performance of the material is much better than that of the material matrix, which can not only greatly extend the application field of the base material, but also It solves the problem that materials cannot meet environmental requirements in many fields. Surface engineering technology plays an irreplaceable and important role in solving common problems such as resources, energy, and environment encountered in human development. Because the surface spraying engineering technology saves energy and materials, it protects the precious resources that human beings depend on for survival, and also plays a very key role in environmental protection. In the 21st century, surface engineering technology will penetrate all walks of life, promote social civilization and improve the quality of life.