What Are The Advantages of Valve Plate Plasma Spraying

Plasma spraying can also melt and sintering the coating directly during the spraying process, improve the bonding strength of the coating and the substrate, and ensure the stability and reliability of the coating. In addition, the plasma spraying process is suitable for a variety of materials, such as metals, ceramics, etc., and suitable spraying materials can be selected according to different working conditions and performance requirements. What steps does plasma spraying involve?

Benefits of valve plate plasma spraying include:

1. Improve wear resistance: The coating formed by plasma spraying can significantly improve the wear resistance of the valve plate and reduce the wear of the medium on the valve plate.

2, enhance corrosion resistance: the coating can improve the corrosion resistance of the valve plate, the corrosion resistance of chemical media, and the oxidation resistance, thus extending the service life of the valve plate.

3, high bonding strength: plasma spraying coating and substrate bonding performance is good, the coating will not fall off, to ensure the stability and reliability of the coating.

4, accurate repair: Plasma spraying can accurately repair the wear and damage of the valve plate surface, restore the original size and performance of the parts.

5, suitable for high temperature environment: plasma spraying can be applied to high temperature working environment, the coating can maintain stable performance at high temperature.

6, high coating quality: plasma spraying process parameters are controllable, the coating is dense, the binding strength is high, and the coating can be produced with high quality.

7, material diversity: Plasma spraying can use a variety of materials, such as metal, ceramics, etc., to adapt to different working conditions and performance requirements.

8, reduce the influence of deformation and heat treatment: the matrix heating is less during the spraying process, which helps to keep the repair accuracy and heat treatment state of the parts unchanged.