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  • Colmonoy® 43

    Colmonoy® 43

    Nickel-Based Hard-Surfacing Super Alloy with Improved Corrosion Over Generic Ni-CR-B Alloys
    DESCRIPTION
    Recommended for hard-surfacing parts to resist abrasion, corrosion, erosion, heat, and wear.
    APPLICATION METHODS
    • Fusewelder™ Torch
    • Thermal Spray / Spraywelder™
    TYPES
    Nickel
    WCC
    35-40
    Technical Data Sheet
    Resources Library
  • Colmonoy® 43 HV

    Colmonoy® 43 HV

    Nickel-Based Hard-Surfacing Super Alloy with Improved Corrosion Over Generic Ni-CR-B Alloys
    DESCRIPTION
    Recommended for hard-surfacing parts to resist abrasion, corrosion, erosion, heat, and wear.
    APPLICATION METHODS
    HVOF/HVAF
    TYPES
    Nickel
    WCC
    35-40
    Technical Data Sheet
    Resources Library
  • Colmonoy® 43F

    Colmonoy® 43F

    Nickel-Based Hard-Surfacing Super Alloy with Improved Corrosion Over Generic Ni-CR-B Alloys
    DESCRIPTION
    Recommended for hard-surfacing parts to resist abrasion, corrosion, erosion, heat, and wear.
    APPLICATION METHODS
    • Fusewelder™ Torch
    • Thermal Spray / Spraywelder™
    TYPES
    Nickel
    WCL
    35-40
    Technical Data Sheet
    Resources Library
  • Colmonoy® 7303-60

    Colmonoy® 7303-60

    Nickel-Based Hard-Surfacing Composite Alloy for High Impact and Wear Resistance in PTA Applications
    DESCRIPTION
    The combination of an extremely tough matric and very hard carbide produces an exceptional impact and wear resistance combinations.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    35-40
    Technical Data Sheet
    Resources Library
  • Colmonoy® 7303-65

    Colmonoy® 7303-65

    Nickel-Based Hard-Surfacing Composite Alloy for High Impact and Wear Resistance in PTA Applications
    DESCRIPTION
    The combination of an extremely tough matric and very hard carbide produces an exceptional impact and wear resistance combinations.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    30-40
    Technical Data Sheet
    Resources Library
  • Colmonoy® 7331-60

    Colmonoy® 7331-60

    Unique Ni-Cr-B-W Hard-Surfacing PTA Alloy Designed for New and Rebuils Extrusion or Injection Molding Screws
    DESCRIPTION
    A dense carbide distribution with small inter-carbide spacing alloys for a large surface areay of tungsten carbide to be exposed to the wear environment to provide maximum service life.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    Global
    30-40
    Technical Data Sheet
    Resources Library
  • Wallex® 21

    Wallex® 21

    Cobalt-Based Moderate Hardness Alloy with Excellent High Temperature Properties
    DESCRIPTION
    Combines resistance to galling, cavitation, erosion, and corrosion with toughness and word hardening properties.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    28-38
    Technical Data Sheet
    Resources Library
  • Wallex® 6

    Wallex® 6

    Cobalt-Based Alloy with Excellent Resistance to Erosion and Cavitation
    DESCRIPTION
    Contains chromium, tungsten, and carbon to form hard phase carbides, to resist against wear, corrosion, heat, galling, erosion, and cavitation.
    APPLICATION METHODS
    • HIPping (Hot Isostatic Pressing)
    • HVOF/HVAF
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    38-46
    Technical Data Sheet
    Resources Library