Laser cladding process

1. Small heat input without thermal deformation: When using high power density rapid melting, the base temperature

The temperature should not exceed 80 ℃ After laser processing, there is basically no thermal deformation.

2. Controllable melting layer: The thickness of a single powder feeding melting layer is between 0.2-1.8mm.

3. High bonding strength: The laser cladding layer has a high metallurgical bonding strength with the substrate.

4. High powder selectivity: Different configurations can be made according to different substrates and usage requirements

Metallurgical powders are used to meet usage requirements.

5. Controllable melting range: Through automated control, it is possible to melt in designated areas,

The quality of the cladding layer is stable.

6. Low dilution rate: By adjusting the laser parameters, the melting of the substrate can be controlled

Quantity conversion. Obtain a low dilution rate cladding layer. Meet the ingredients and performance requirements of the product. save

Valuable powder materials.

7. Energy conservation and environmental protection: With the increasing national requirements for environmental protection, the use of cladding processing has increased

The wear resistance, temperature resistance, and corrosion resistance of strong products can replace traditional electroplating processes.