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  • Colmonoy® 88 L

    Colmonoy® 88 L

    Nickel-Based Hard-Surfacing Alloys with the Element Tungsten for Greater Wear Resistance, Versatility, and Value
    DESCRIPTION
    Contains fine, multiple hard phases which are uniformly distributed throughout a Ni-Cr-B-W matrix.
    APPLICATION METHODS
    • Hardfacing Rod
    • Hardfacing Wire
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    WCC
    59-64
    Technical Data Sheet
    Resources Library
  • Colmonoy® 88 PTA

    Colmonoy® 88 PTA

    Nickel-Based Hard-Surfacing Alloys with the Element Tungsten for Greater Wear Resistance, Versatility, and Value
    DESCRIPTION
    Contains fine, multiple hard phases which are uniformly distributed throughout a Ni-Cr-B-W matrix.
    APPLICATION METHODS
    • Hardfacing Rod
    • Hardfacing Wire
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    WCC
    59-64
    Technical Data Sheet
    Resources Library
  • Colmonoy® 88P

    Colmonoy® 88P

    Nickel-Based Hard Surfacing Alloy with the Element Tungstem for Greater Wear-Resistance, Versatility, and Value
    DESCRIPTION
    Contains fine, multiple hard phases which are uniformly distributed throughout a Ni-Cr-B-W matrix.
    APPLICATION METHODS
    • Hardfacing Rod
    • Hardfacing Wire
    • Laser Cladding
    • PTA
    TYPES
    Nickel
    WCL
    59-64
    Technical Data Sheet
    Resources Library
  • Wallex® 1

    Wallex® 1

    Cobalt-Based Alloy with Excellent Abrasion and High-Temp Corrosion Resistance
    DESCRIPTION
    Contains chromium, tungsten and carbon to form hard phase carbides, to resist against wear, corrosion, heat, galling, and erosion and cavitation.
    APPLICATION METHODS
    • HVOF/HVAF
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    50-58
    Technical Data Sheet
    Resources Library
  • Wallex® 12

    Wallex® 12

    Cobalt-Based Alloy Having High Hear and Corrosion Resistance with Excellence Wear and Abrasion Resistanace
    DESCRIPTION
    Has low coefficient of friction and is non-galling.
    APPLICATION METHODS
    • HIPping (Hot Isostatic Pressing)
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    43-53
    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® 40 PTA

    Wallex® 40 PTA

    Self-Fluxing Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact Resistance
    DESCRIPTION
    Better impact resistance and are non-toxic and non-forgeable.
    APPLICATION METHODS
    PTA
    TYPES
    Cobalt
    Global
    40-46
    Technical Data Sheet
    Resources Library
  • Wallex® 50 L

    Wallex® 50 L

    Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact Resistance
    DESCRIPTION
    Is most suitable for metal-to-metal wear protection in corrosive environment where impact is not substantial.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    55-61
    Technical Data Sheet
    Resources Library
  • Wallex® 50 PTA

    Wallex® 50 PTA

    Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact Resistance
    DESCRIPTION
    Is most suitable for metal-to-metal wear protection in corrosive environment where impact is not substantial.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    55-61
    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
  • Wallex® F

    Wallex® F

    Cobalt-Based Hard-Surfacing Alloy Designed for Hardfacing Engine Valve Components
    DESCRIPTION
    Offers good resistance to corrosion and erosion.
    APPLICATION METHODS
    • Laser Cladding
    • PTA
    TYPES
    Cobalt
    Global
    40-45
    Technical Data Sheet
    Resources Library