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  • DESCRIPTION
    Recommended for hard-surfacing parts to resist abrasion, corrosion, erosion, heat, and wear.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    WCL
    35-40
  • DESCRIPTION
    Used for hard-surfacing parts to resist wear, heat, corrosion, and galling.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    45-53
  • DESCRIPTION
    Used for hard-surfacing parts to resist wear, heat, corrosion, and galling.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    45-53
  • DESCRIPTION
    Blended with 60% of cast & crushed tungsten carbide.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    50
  • DESCRIPTION
    Blended with 60% of spherical tungsten carbide.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    50
  • DESCRIPTION
    Offer extreme wear resistance and good resistance to high temperature corrosion and erosion.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    50
  • DESCRIPTION
    Offer extreme wear resistance and good resistance to high temperature corrosion and erosion.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    50
  • DESCRIPTION
    For use on new parts to resist against wear, corrosion, heat, and galling. Also used for repair of work or out of tolerance parts.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    WCL
    45-53
  • DESCRIPTION
    Nickel-silicon-boron alloy blended with 50% of spherical tungsten carbide. This product is designed for deposition the PTA Welding process
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Carbide
    Global
    52
  • DESCRIPTION
    Deposits offer extreme wear resistance.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    50
  • DESCRIPTION
    High levels of chromium carbides for superior abrasion and corrosion resistance.
    APPLICATION METHODS
    • Hardfacing Rod
    • Hardfacing Wire
    • Laser Cladding
    TYPES
    Nickel
    WCC
    50+
  • DESCRIPTION
    High levels of chromium and carbon produce large populations of chromium carbides for superior abrasion and corrosion resistance.
    APPLICATION METHODS
    • Hardfacing Rod
    • Hardfacing Wire
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    WCL
    55