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The coating has an excellent bond with the substrate, and the dilution rate of the cladding layer is low.
The quality of the cladding layer is outstanding, and its thickness can be precisely controlled as needed.
There is a wide range of material selection, with minimal thermal impact, and the process is highly controllable
Nickel-based alloy: It has good heat resistance, corrosion resistance and oxidation resistance. Cobalt-based alloy: It is suitable for high temperature, wear-resistant and corrosion-resistant applications. Iron-based alloy: It is low in cost and has good mechanical properties and wear resistance. Copper-based alloy: It has good electrical conductivity, thermal conductivity and corrosion resistance. Ceramic material: It has high hardness, high wear resistance and good chemical stability.
The process has strong controllability: The processingThe process has strong controllability: The processing a computer, making it easy The processing procedure can be controlled by a computer, making it easy to achieve automated production. It has high operational flexibility: The laser power, spot size, scanning speed and other process parameters can be adjusted flexibly according to different processing requirements to obtain the best cladding effect.
High Efficiency
> Cladding Line Speed: 3-50m/min
> Cladding Efficiency: 0.3-1.5m²/h (depending on coating thickness)
> Powder Utilization Rate: Can reach over 90%
> No need for subsequent turning processing, can be directly finished by precision grinding
High Quality
> Hard Stainless Steel Corrosion-Resistant Coating Hardness: Over HRC50, no corrosion points
> Ultra-Hard Wear-Resistant Coating Hardness: Can reach over HRC60, suitable for various surface friction and impact wear
> Applicable Coating Thickness: 0.1-3mm
> High Surface Quality: After cladding, the surface roughness can reach Ra25μm
> Modular Design: Easy maintenance
> Integrated Operation System: Low energy consumption during processing
> Applicable to a wide range of material systems including those based on iron, nickel, cobalt, copper, and composite materials.
Coal Machinery, Ferrous Metallurgy, Construction Machinery, Die Manufacturing, Oil Drilling, Transportation, and Agricultural Machinery Industries
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