Corrosion-Resistant Nickel Alloys
Corrosion-Resistant Nickel Alloys
Vacuum Induction Melting supports the production of nickel-based alloys and master alloys requiring controlled chemistry and resistance to chloride-containing and corrosive service environments.
Relevant Materials
- IN625
- Nickel-molybdenum master alloys
- Nickel-chromium alloys
- Nickel-aluminium alloys
- Custom corrosion-resistant nickel systems
Cobalt Hardfacing Materials
Cobalt Hardfacing Materials
Cobalt-based hardfacing alloys provide a combination of wear resistance, hot hardness, corrosion resistance and surface durability.
MSAM’s powder and cast-alloy platform supports Stellite-type materials for components exposed to sliding wear, erosion, cavitation and repeated mechanical contact.
Relevant Materials
- Stellite 6-type materials
- Stellite 12-type materials
- Cobalt-boron alloys
- Cobalt-molybdenum alloys
- Custom cobalt hardfacing compositions
Carbide and Thermal-Spray Powders
Carbide and Thermal-Spray Powders
MSAM’s technology roadmap includes closed-loop spray drying, vacuum sintering and powder conditioning for producing agglomerated and sintered carbide powders.
These materials are suitable for HVOF, plasma spray and other coating processes used to protect marine equipment against wear, corrosion and erosion.
Representative Materials
- WC-10Co-4Cr
- Cr₃C₂-25NiCr
- Ni-20Al
- NiAl
- MCrAlY
- Nickel and cobalt coating powders
Surface-Engineering Knowledge
Surface-Engineering Knowledge
MSAM’s technical platform incorporates experience with:
This enables material selection and development according to the substrate, coating process and service environment.
Relevant Materials
- High-Velocity Oxygen Fuel coating
- Plasma spray coating
- Flame spray coating
- Bond-coat materials
- Chemical cladding powders
- Hardfacing alloy development
- Powder classification and testing
