Powder cladding

Powder cladding

Laser powder cladding is a highly controlled, automated process for applying functional coatings, offering precise localized treatment, low total heat input, minimal distortion, consistent layer quality, and high reliability for demanding applications

Products

Applications

Cladding of carbide coatings on the cutting edges of carbon steel agricultural knives to improve mechanical properties
Carbide powder cladding on the cutting edges of carbon steel agricultural knives to improve mechanical properties
Repair of camshaft made of allow steel steel
Powder cladding with a nickel alloy for restoring the geometry of an alloy steel camshaft
FL-CPM_10
Powder cladding of antifriction PR-DN5SR coating in the fabrication of alloy steel piston rings

Key advantages

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    Enables the use of a wide range of alloy and carbide powders for functional and wear-resistant coatings
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    Provides precise control over layer thickness and surface geometry, ideal for fine restorations and coatings
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    Produces dense, high-hardness coatings (up to 1000 HV) with excellent wear and corrosion resistance
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    Minimizes thermal distortion due to localized energy input and rapid cooling rates
  • Metallurgy
    Enables precise restoration of complex or high-value components like bearings, rings, and blades
  • Metalworking
    Delivers fine-grained microstructures with strong metallurgical bonding to the substrate

Use cases

  • Laser powder cladding for restoring worn injection molds in automotive manufacturing

    Laser powder cladding for restoring worn injection molds in automotive manufacturing

  • powder cladding of BrAZhN10-4-4 bronze T-bars to restore geometry using PR-BrAZhNMts8.5-4.5-1.5 alloy (1–1.2 mm layer, 280–300 HV0.1)

    powder cladding of BrAZhN10-4-4 bronze T-bars to restore geometry using PR-BrAZhNMts8.5-4.5-1.5 alloy (1–1.2 mm layer, 280–300 HV0.1)

  • laser powder cladding for restoring 40Cr steel crankshaft geometry using iron-based powder (0.5–1.5 mm layer) to enhance surface durability

    laser powder cladding for restoring 40Cr steel crankshaft geometry using iron-based powder (0.5–1.5 mm layer) to enhance surface durability

  • Powder cladding of Ni+WC and Fe+VC coatings on carbon steel agricultural knives (0.5 ± 0.2 mm, 850–1000 HV0.1, WC up to 2800 HV0.1) for enhanced durability

    Powder cladding of Ni+WC and Fe+VC coatings on carbon steel agricultural knives (0.5 ± 0.2 mm, 850–1000 HV0.1, WC up to 2800 HV0.1) for enhanced durability

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