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Showing 169–180 of 194 results
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WallCarb™ 75/25
75% Chromium Carbide with 25% of Nickel/Chromium (80%/20%) PowderDESCRIPTIONDesigned for thermal spray applications, producing dense, wear-resistant coatings with excellent corrosion and oxidation resistance.APPLICATION METHODSHVOF/HVAFTYPESCarbideGlobal~900 HV -
WallCarb™ 80/20
80% Chromium Carbide with 20% of Nickel/Chromium PowderDESCRIPTIONDesigned for thermal spray applications, producing dense, wear-resistant coatings with excellent corrosion and oxidation resistance.APPLICATION METHODSHVOF/HVAFTYPESCarbideGlobal~900 HV -
WallCarb™ 83/17
83% Tungsten Carbide and Cobalt MatrixDESCRIPTIONDesigned for thermal spray applications offering dense, hard coatings with low porosity and excellent wear and corrosion resistance.APPLICATION METHODSHVOF/HVAFTYPESCarbideGlobal>1,000 HV -
WallCarb™ 86/10/4
Tungsten Carbide 10% Cobalt 4% Chromium Sintered PowderDESCRIPTIONDesigned for thermal spray applications, offering dense, hard coatings with low porosity and excellent wear and corrosion resistance.APPLICATION METHODSHVOF/HVAFTYPESCarbideGlobal>1,400 HV -
WallCarb™ 88/12
Tungsten Carbide 12% Cobalt Sintered Powder for application by High Velocity Thermal Spray ProcessesDESCRIPTIONDesigned for thermal spray applications, offering dense, hard coatings with low porosity and excellent wear and corrosion resistance.APPLICATION METHODSHVOF/HVAFTYPESCarbideGlobal>1,400 HV -
WallCarb™ 90/10
Tungsten Carbide 10% Nickel Sintered Powder for application by High Velocity Thermal Spray ProcessesDESCRIPTIONDesigned for thermal spray applications, offering dense, hard coatings with low porosity and excellent wear and corrosion resistance.APPLICATION METHODSHVOF/HVAFTYPESCarbideGlobal>1,000 HV -
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® 12
Cobalt-Based Alloy Having High Hear and Corrosion Resistance with Excellence Wear and Abrasion ResistanaceDESCRIPTIONHas low coefficient of friction and is non-galling.APPLICATION METHODS- HIPping (Hot Isostatic Pressing)
- Laser Cladding
- PTA
TYPESCobaltGlobal43-53 -
Wallex® 21
Cobalt-Based Moderate Hardness Alloy with Excellent High Temperature PropertiesDESCRIPTIONCombines resistance to galling, cavitation, erosion, and corrosion with toughness and word hardening properties.APPLICATION METHODS- Laser Cladding
- PTA
TYPESCobaltGlobal28-38 -
Wallex® 40
Self-Fluxing Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONBetter impact resistance and are non-toxic and non-forgeable.APPLICATION METHODS- Fusewelder™ Torch
- Thermal Spray / Spraywelder™
TYPESCobaltGlobal40-46 -
Wallex® 40 HV
Self-Fluxing Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONBetter impact resistance and are non-toxic and non-forgeable.APPLICATION METHODSHVOF/HVAFTYPESCobaltGlobal40-46 -
Wallex® 40 PTA
Self-Fluxing Cobalt-Based Hard-Surfacing Alloys with High Corrosion and Impact ResistanceDESCRIPTIONBetter impact resistance and are non-toxic and non-forgeable.APPLICATION METHODSPTATYPESCobaltGlobal40-46