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Showing 25–36 of 36 results
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Colmonoy® 7301-60
Composite Powder Containing 40% of a Ni-Cr-B-Si-Fe-C Matrix and 60% Cast Tungsten CarbideDESCRIPTIONOffer extreme wear resistance and good resistance to high temperature and good resistance to high temperature corrosion and erosion.APPLICATION METHODS- Laser Cladding
- PTA
TYPESNickelGlobal50-60 -
Colmonoy® 75
Nickel-Based Hard-Surfacing Alloy for Abrasion, Impact, Oxidation and Corrosion ResistanceDESCRIPTIONHas tungsten carbid particles dispersed in a matrix of nickel-based alloy.APPLICATION METHODS- Fusewelder™ Torch
- Thermal Spray / Spraywelder™
TYPESNickelGlobal57-63 -
Colmonoy® 750
Ni-Cr-B-W Composite Hard-Surfacing Alloy with High Abrasion and Corrosion ResistanceDESCRIPTIONContains both atomized and crushed powders. It is enriched with extremely hard, virgin tungsten carbid particles ideally shaped and sized for optimum performance.APPLICATION METHODS- Fusewelder™ Torch
- Thermal Spray / Spraywelder™
TYPESNickelGlobal57-63 -
Colmonoy® 7602-20 M
Nickel-Based Spray & Fuse Composite Alloy with Excellent Tungsten Carbide Deposite EfficiencyDESCRIPTIONContains both crushed and atomized powders.APPLICATION METHODS- Fusewelder™ Torch
- Thermal Spray / Spraywelder™
TYPESNickelGlobal57+ -
Colmonoy® 7631-40F
Nickel-Based Power Alloy Specifically Designed for Components Used in Glass Container Mold EquipmentDESCRIPTIONA mechanical blend of nickel-based hard-surfacing powder and 35% tungsten carbide particles.APPLICATION METHODSFusewelder™ TorchTYPESNickelGlobal57-64 -
Colmonoy® 83
Nickel-Based Hard-Surfacing Alloy with High Abrasion and Corrosion Resistance for PTA and Laser Cladding ApplicationsDESCRIPTIONCan be applied in single and double-layer passes, producing overlays.APPLICATION METHODS- Laser Cladding
- PTA
TYPESNickelGlobal45-55 or 43-57 -
Colmonoy® 88R-H
Nickel-Based Hard Surfacing Alloy with the Element Tungstem for Greater Wear-Resistance, Versatility, and ValueDESCRIPTIONContains fine, multiple hard phases which are uniformly distributed throughout a Ni-Cr-B-W matrix.APPLICATION METHODS- Hardfacing Rod
- Hardfacing Wire
- HVOF/HVAF
TYPESNickelWCL55-60 -
Wallex® 1
Cobalt-Based Alloy with Excellent Abrasion and High-Temp Corrosion ResistanceDESCRIPTIONContains 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
TYPESCobaltGlobal50-58 -
Wallex® 50
Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONIs most suitable for metal-to-metal wear protection in corrosive environment where impact is not substantial.APPLICATION METHODSThermal Spray / Spraywelder™TYPESCobaltGlobal55-61 -
Wallex® 50 HV
Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONIs most suitable for metal-to-metal wear protection in corrosive environment where impact is not substantial.APPLICATION METHODSHVOF/HVAFTYPESCobaltGlobal55-61 -
Wallex® 50 L
Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONIs most suitable for metal-to-metal wear protection in corrosive environment where impact is not substantial.APPLICATION METHODS- Laser Cladding
- PTA
TYPESCobaltGlobal55-61 -
Wallex® 50 PTA
Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONIs most suitable for metal-to-metal wear protection in corrosive environment where impact is not substantial.APPLICATION METHODS- Laser Cladding
- PTA
TYPESCobaltGlobal55-61