Introduction to the process of thermal spraying metal coating and the advantages of thermal spraying

       Using different heat sources, the materials are melted, atomized, and deposited on the collective surface at high speed to form an adhesion layer of tens of microns to a few millimeters thick, collectively referred to as thermal spray coating. Since the invention of MUsCHOOP in Switzerland in 1910, the process has been continuously developed and perfected. So far, it has been one of the important methods for obtaining metal coatings. Almost all metal materials can use this process to obtain metal spray coatings on various substrate surfaces and components of shapes and sizes.



The characteristics of thermal spraying technology are its wide applicability and good economy. From the anti-corrosion of large steel components, to the functional metal coating in special fields, from the license of modern aerospace aircraft to urban construction facilities, the coating surface can be covered by the thermal spraying technology of Taizhou Hai Ruisi Metal Technology, wococarbide. com tungsten carbide spraying has successful experience in various industrial sectors such as aviation, ships, hydropower, coal metallurgy machinery manufacturing, petrochemical textiles, etc.



Summarize the advantages of thermal spraying technology



A wide range of applications, not only can be attached to a large area, but also can be partially repaired



Variety of covering materials



There are various substrates to be covered, and almost all material surfaces can be covered by thermal spraying process



Flexible process, especially flame and gas spray, arc can be constructed on site



The thickness of the covering layer can cover from a few microns to a millimeter



Can be combined with other to form a composite functional covering layer