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Showing 193–204 of 204 results
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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 -
Wallex® 55
Cobalt-Based Composite Hard-Surfacing Alloy with High-Abrasion and Corrosion ResistanceDESCRIPTIONContains both atomized and crushed powders and is enriched with extremely hard tungsten carbide particles.APPLICATION METHODSThermal Spray / Spraywelder™TYPESCobaltGlobal58+ -
Wallex® 55 HV
Cobalt-Based Composite Hard-Surfacing Alloy with High-Abrasion and Corrosion ResistanceDESCRIPTIONContains both atomized and crushed powders and is enriched with extremely hard tungsten carbide particles.APPLICATION METHODSHVOF/HVAFTYPESCobaltGlobal58+ -
Wallex® 6
Cobalt-Based Alloy with Excellent Resistance to Erosion and CavitationDESCRIPTIONContains 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
TYPESCobaltGlobal38-46 -
Wallex® ASTM F75 CoCrMo
Cobalt-Chromium Additive Manufacturing Powders for Biomedical Applications, such as Orthopedic and Dental implants for use with CAD/CAM Ceramic ApplicationsDESCRIPTIONOffers maximum flexibility and compatibility with a wide range of ceramics, thanks to their optimal coefficient of linear thermal expansion.APPLICATION METHODSAdditive ManufacturingTYPESCobalt -
Wallex® CoCrMoW
Cobalt-Chromium Additive Manufacturing Powders for Biomedical Applications, such as Orthopedic and Dental implants for use with CAD/CAM Ceramic ApplicationsDESCRIPTIONOffers maximum flexibility and compatibility with a wide range of ceramics, thanks to their optimal coefficient of linear thermal expansion.APPLICATION METHODSAdditive ManufacturingTYPESCobalt -
Wallex® CoCrW
Cobalt-Chromium Additive Manufacturing Powders for Biomedical Applications, such as Orthopedic and Dental implants for use with CAD/CAM Ceramic ApplicationsDESCRIPTIONOffers maximum flexibility and compatibility with a wide range of ceramics, thanks to their optimal coefficient of linear thermal expansion.APPLICATION METHODSAdditive ManufacturingTYPESCobalt -
Wallex® F
Cobalt-Based Hard-Surfacing Alloy Designed for Hardfacing Engine Valve ComponentsDESCRIPTIONOffers good resistance to corrosion and erosion.APPLICATION METHODS- Laser Cladding
- PTA
TYPESCobaltGlobal40-45 -
WCC-720 420 SS Arc Spray Wire
Fe-Cr-C Wire for Application by the Twin Arc Wire Thermal Spray ProcessDESCRIPTIONDesigned for use to apply a thermal spray coating by the twin arc wire process.APPLICATION METHODS- Hardfacing Wire
- Thermal Spray / Spraywelder™
TYPESIron -
WCC-750 Ni95Al5 Arc Spray Wire
Nickel-Aluminum Wire for Application by Twin Arc Wire Thermal Spray ProcessDESCRIPTIONDesigned for use as a bond coat or built up thermal spray coating applied by the twin arc wire process.APPLICATION METHODS- Hardfacing Wire
- Thermal Spray / Spraywelder™
TYPESNickel -
WCC-770 C276 Arc Spray Wire
Ni-Mo-Cr-Fe-W Wire for Application by the Twin Arc Wire Thermal Spray ProcessDESCRIPTIONDesigned for us to apply a thermal spray coating by the twin arc wire process.APPLICATION METHODS- Hardfacing Wire
- Thermal Spray / Spraywelder™
TYPESNickel