Laser Ccladding Remanufacturing

Typical application
Electricity (steam turbine rotors, blades). Mining (gears, drills, hydraulic rods). Machinery (shafts, gears). Petrochemical (turbine discs, rotors, sucker rods). Ships (crankshafts, engine blades, camshafts). Locomotives (Shafts, steam turbine blades, bogies, pistons), molds (stamping dies, forging dies, die-casting dies) and other industry failure parts, the quality of remanufactured products is reliable, and has good economic and social effects.

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Laser Ccladding Remanufacturing
  • Product description
  • Specifications
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    Features: 

    For mechanical parts that are worn, corroded, creeped, fatigued, and fractured, laser cladding technology is used to synchronously send alloy powder into the molten pool, and rapidly solidify to form a cladding layer with special properties. The cladding layer has no pores and crack defects, and the hardness range is 20~60HRc, which meets various working conditions and performance requirements. It is suitable for cladding/remanufacturing of large parts with complex shapes, restoring the size and performance of failed parts, upgrading surface properties and prolonging service life.
    Process features:
    » Low heat input, small heat-affected zone, small deformation, and only a small amount of machining.
    » The dilution rate is less than 2%, which can maintain the specific properties of the cladding layer.
    » Flexibility, automation, short processing cycle, low cost, and better performance than new products.
     

     

     

     

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    Laser cladding remanufacturing samples

    Laser cladding remanufacturing samples

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