Supersonic tungsten carbide spraying

Supersonic tungsten carbide spraying is a key technology in the production of mechanical parts, which can significantly improve its physical properties and application life, meet the requirements of energy-saving and emission reduction measures, have high environmental protection, environmental protection, and energy-saving efficiency, and can be used for repairing and recycling, with good economic benefits. Supersonic spraying has long been widely adopted by companies with wear-resistant mechanical equipment such as chemical plants and power plants. This processing technology has increased the service life of the company's production line equipment, ensured the normal operation of all mechanical equipment, reduced the company's energy consumption, and played an increasingly significant role. But this technical requirement is relatively high for practical workers, usually carried out by experienced and colorful technicians to ensure the actual spraying effect.

Characteristics of supersonic spray tungsten carbide

1. Faster speed. The sound speed of supersonic spraying tungsten carbide is about 5 times that of general sound speed, so the processing effect is better and we don't have to worry about processing efficiency. Practice has proven that the speed of powder can be quickly increased during the spraying process, effectively protecting the density and strength of the spray, and there is no need to worry about the effectiveness of use.

2. Stronger integration. Due to the special process of supersonic spraying tungsten carbide and the high density of the coating, the porosity can also be effectively reduced, thereby ensuring its excellent surface performance. Moreover, the comprehensive strength of this processing technology is also very high, so the quality of the processed products is better and more worthy of our choice.

3. The workpiece is not deformed. In fact, when performing surface spraying technology, people are concerned about the deformation of the workpiece surface. After all, the workpiece has been completed. If post-processing deformation occurs, it may not be possible to continue using certain higher precision components. Supersonic spraying of tungsten carbide can effectively ensure that the workpiece does not deform during high-speed operation, thereby ensuring practicality.