Coating system selector
Filter by one or several conditions to review candidate coating systems. Final selection requires component, substrate, service-medium and process review.
316L stainless-steel coating candidate
316L
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Fresh water, Sea water
- Mechanism / effect
- Galvanic protection / coupling, Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Alumina – nickel system with sealing assessment
Al2O3-Ni or Al2O3-NiAl
Candidate ceramic-metal system for abrasive, adhesive and sliding wear with a mandatory sealing review in aqueous media.
- Wear type
- Abrasive wear, Adhesive wear, Sliding wear
- Corrosion environment
- Sea water
- Mechanism / effect
- Uniform corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Abrasive, adhesive or sliding contact. For aqueous chloride service, specify sealing and validate permeability before release.
Confirm before selection
Unsealed oxide coatings are not a generic corrosion barrier. Confirm substrate protection, coating porosity and thermal cycling requirements.
Alumina ceramic material family
Al2O3, Al2O3 with sealant
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Sea water, Soil exposure
- Mechanism / effect
- Mechanical exposure (source classification), Uniform corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Alumina-nickel cermet material family
Al2O3-Ni, Al2O3-Al
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Sliding wear
- Corrosion environment
- Sea water
- Mechanism / effect
- Uniform corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Alumina-titania ceramic material family
Al2O3-TiO2
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Chemical wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions
- Mechanism / effect
- Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Alumina-zirconia ceramic material family
Al2O3-ZrO2
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions
- Mechanism / effect
- Mechanical exposure (source classification)
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Aluminium-silicon boron-nitride abradable system
Al-Si-BN and Al-Si-BN-graphite
Abradable material family for compressor sealing systems, selected with erosion and oxidation requirements in view.
- Wear type
- Erosive wear
- Corrosion environment
- Atmospheric exposure
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Process to be confirmed
Conditions
Compressor sealing assemblies with controlled abradability and erosion resistance. Confirm temperature, rotor material and clearance-management target.
Confirm before selection
Abradability is a system requirement. It must be verified with the rotor, process parameters and expected particle erosion.
Aluminium-tin bearing alloy candidate
AlSnCuNi, Al-20Sn-1Cu and related Al-Sn alloys
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Rolling contact fatigue, Sliding wear
- Corrosion environment
- Sea water
- Mechanism / effect
- Galvanic protection / coupling
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Aluminium-zinc sacrificial coating system
Zn, Al or Zn-Al sacrificial coating
Source-based sacrificial system for atmospheric and marine corrosion protection of an appropriate substrate.
- Corrosion environment
- Atmospheric exposure, Fresh water, Sea water
- Mechanism / effect
- Galvanic protection / coupling
- Deposition process
- Twin-wire arc spray
Conditions
Atmospheric, sea-water or fresh-water exposure where galvanic protection is part of the intended mechanism. Confirm substrate, coating thickness and maintenance programme.
Confirm before selection
This entry is about the whole galvanic system, not just powder chemistry. It is not applicable where electrical isolation or incompatible metals defeat sacrificial protection.
Boron carbide – nickel system
B4C-Ni
Candidate cermet for severe abrasion, erosion and high-temperature wear after component-specific screening.
- Wear type
- Abrasive wear, Erosive wear
- Corrosion environment
- Atmospheric exposure, Combustion gases
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Process to be confirmed
Conditions
Abrasive or erosive wear, including high-temperature oxidizing conditions when confirmed by project testing.
Confirm before selection
Do not infer chemical-media resistance from hardness. Validate coating integrity, thermal stability and corrosion behaviour in the actual fluid or gas.
Calcium zirconate source record
CaZrO3
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Corrosion environment
- Non-aqueous solutions
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Chromia ceramic material family
Cr2O3
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Erosive wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Sea water, Soil exposure
- Mechanism / effect
- Mechanical exposure (source classification)
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Chromium carbide – nickel chrome material family
Cr3C2-NiCr, Cr3C2-NiCr-SFA, Cr3C2-25NiCr
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Chemical wear, Erosive wear, Fretting wear, Impact wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Combustion gases, Molten salts, Sea water
- Mechanism / effect
- Environmental embrittlement, High-temperature oxidation / corrosion, Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Atmospheric plasma spray, HVOF / HVAF
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Chromium carbide – nickel chrome system
Cr3C2-NiCr
Candidate system for high-temperature abrasive, erosive, fretting and sliding wear.
- Wear type
- Abrasive wear, Erosive wear, Fretting wear, Sliding wear
- Corrosion environment
- Atmospheric exposure, Combustion gases, Molten salts
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Atmospheric plasma spray, HVOF / HVAF
Conditions
High-temperature dry gas flow, abrasive particles, fretting or sliding contact. Confirm service temperature, coating density, counterbody and thermal expansion mismatch.
Confirm before selection
Do not use this entry as a guarantee of resistance in aqueous chemistry. Confirm process, porosity and corrosion mechanism for the exact service medium.
Cobalt-alloy coating candidate
Co-based self-fluxing alloy, cobalt alloys, Stellite 6, Stellite 21
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Impact wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Combustion gases, Sea water
- Mechanism / effect
- High-temperature oxidation / corrosion, Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Copper-nickel-indium coating candidate
CuNiIn
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Fretting wear
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Iron-based alloy coating candidate
Amorphous ferrochromes, Fe-Cr-B alloys, FeCrNi, FeCrMoWMnBCSi
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Erosive wear, Impact wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Sea water
- Mechanism / effect
- Galvanic protection / coupling, Mechanical exposure (source classification), Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
MCrAlY and cobalt-nickel-chrome-aluminium-yttrium family
MCrAlY, NiCrAlY, CoNiCrAlY
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Corrosion environment
- Atmospheric exposure, Combustion gases, Non-aqueous solutions
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Atmospheric plasma spray, HVOF / HVAF
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Molten-metal cermet source record
WC-Co, WC-CoCr, MoB-CoCr
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Corrosion environment
- Molten metals
- Mechanism / effect
- Galvanic protection / coupling, Metallographic assessment (source classification)
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Molybdenum alloy coating candidate
Mo alloys, molybdenum wire
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Impact wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Miscellaneous source category, Molten salts
- Mechanism / effect
- High-temperature oxidation / corrosion, Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Molybdenum-disulfide cermet candidate
MoS2 cermet
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Adhesive wear, Sliding wear
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Nickel superalloy coating candidate
Inconel 625, Inconel 690
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Chemical wear, Erosive wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Chemical agents, Combustion gases, Sea water
- Mechanism / effect
- Galvanic protection / coupling, High-temperature oxidation / corrosion, Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Nickel-aluminium bond-coat system
Ni-5Al or Ni-20Al bond coat
Bond-coat candidate for ceramic and abradable systems in oxidizing high-temperature service.
- Corrosion environment
- Atmospheric exposure, Combustion gases
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Atmospheric plasma spray, HVOF / HVAF
Conditions
High-temperature atmospheric or combustion-gas exposure as part of a multilayer system. Confirm surface preparation and top-coat compatibility.
Confirm before selection
This is an interlayer, not an independent answer to corrosion or wear. Do not display it as a stand-alone material recommendation.
Nickel-aluminium coating family
Ni-5Al, Ni-20Al, NiAl
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Corrosion environment
- Atmospheric exposure, Combustion gases, Miscellaneous source category, Molten salts, Non-aqueous solutions, Sea water
- Mechanism / effect
- High-temperature oxidation / corrosion, Metallographic assessment (source classification)
- Deposition process
- Atmospheric plasma spray, HVOF / HVAF
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Nickel-chrome coating family
NiCr, Ni-20Cr, Ni-50Cr
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Sliding wear
- Corrosion environment
- Atmospheric exposure, Chemical agents, Chemicals in food, Combustion gases, Molten salts, Non-aqueous solutions, Steam
- Mechanism / effect
- High-temperature oxidation / corrosion, Mechanical exposure (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Nickel-chromium-molybdenum alloy family
NiCrMo, NiCrMoB, NiCrMoSiB, NiCrMoNb
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Sea water
- Mechanism / effect
- Galvanic protection / coupling, Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Nickel-chromium-molybdenum alloy system
Ni-Cr-Mo alloy family
Source-based candidate family for aqueous chemical media after alloy, process and sealing are specified.
- Corrosion environment
- Acid, alkali and salt solutions, Sea water
- Mechanism / effect
- Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Acid, alkali or salt solutions and marine exposure. Define pH, concentration, temperature, chlorides, substrate and galvanic pair before selection.
Confirm before selection
No exact product grade is assigned in this initial matrix entry. It cannot be used for a quotation until a material data sheet and process route are linked.
Nickel-graphite abradable system
Ni-graphite
Abradable material family for turbine-compressor sections where rub behaviour is coordinated with erosion and oxidation resistance.
- Wear type
- Erosive wear
- Corrosion environment
- Atmospheric exposure
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Process to be confirmed
Conditions
Turbine-compressor seal areas with erosion and oxidation screening. Confirm rotor interaction, service temperature and coating density.
Confirm before selection
Do not select from graphite content alone. The seal system must be validated against mating hardware and operating transients.
Polymer compatibility source record
Ethylene methacrylic acid, ethylene tetrafluoroethylene, PEEK
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Corrosion environment
- Biochemical media, Sea water
- Mechanism / effect
- Mechanical exposure (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Self-fluxing nickel alloy candidate
NiCrBSi, NiCrSiB, NiCrSiFeB, Ni-60
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Erosive wear, Impact wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Molten salts, Sea water, Soil exposure
- Mechanism / effect
- High-temperature oxidation / corrosion, Mechanical exposure (source classification), Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Silicon-carbide cermet candidate
SiC cermet
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Erosive wear, Sliding wear
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Tantalum coating candidate
Tantalum
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Corrosion environment
- Acid, alkali and salt solutions, Sea water
- Mechanism / effect
- Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Titania ceramic material family
TiO2
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Erosive wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Sea water
- Mechanism / effect
- Mechanical exposure (source classification), Uniform corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Titanium carbide – nickel system
TiC-Ni
Candidate cermet for high-temperature wear in oxidizing atmospheres.
- Wear type
- Abrasive wear, Sliding wear
- Corrosion environment
- Atmospheric exposure
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Process to be confirmed
Conditions
Abrasive or sliding wear in oxidizing atmospheres. Confirm operating temperature, contact stress and thermal cycling.
Confirm before selection
This entry does not qualify the system for aggressive aqueous chemistry or molten salts without a dedicated test programme.
Titanium coating candidate
Titanium
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Biological exposure, Fresh water, Sea water
- Mechanism / effect
- Environmental embrittlement, Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Tungsten carbide – cobalt chrome material family
WC-CoCr, WC-CoCr/HVOF with sealing
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Chemical wear, Erosive wear, Fretting wear, Impact wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Molten metals, Non-aqueous solutions, Sea water
- Mechanism / effect
- Galvanic protection / coupling, High-temperature oxidation / corrosion, Mechanical exposure (source classification), Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- HVOF / HVAF
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Tungsten carbide – cobalt material family
WC-Co
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Chemical wear, Erosive wear, Fretting wear, Impact wear, Rolling contact fatigue, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Molten metals, Molten salts, Sea water, Soil exposure
- Mechanism / effect
- Galvanic protection / coupling, High-temperature oxidation / corrosion, Mechanical exposure (source classification), Metallographic assessment (source classification), Uniform corrosion
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Tungsten carbide – nickel material family
WC-Ni, WC-NiCr, WC-NiMoCrFeCo
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Erosive wear, Fretting wear, Sliding wear
- Corrosion environment
- Atmospheric exposure, Molten salts, Sea water
- Mechanism / effect
- Galvanic protection / coupling, Metallographic assessment (source classification)
- Deposition process
- HVOF / HVAF, Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
Tungsten carbide – nickel system
WC-Ni
Candidate cermet system where wear resistance must be balanced with toughness and corrosion screening.
- Wear type
- Abrasive wear, Erosive wear, Fretting wear, Impact wear, Sliding wear
- Corrosion environment
- Sea water
- Mechanism / effect
- Combined wear and corrosion
- Deposition process
- HVOF / HVAF, Process to be confirmed
Conditions
Abrasive solids, impact or sliding contact. In chloride-containing water, validate the complete coating system, substrate pair and any sealing treatment.
Confirm before selection
Material class alone does not establish sea-water suitability. Verify galvanic pairing, porosity, binder behaviour and fluid chemistry on the actual component.
Vanadium-carbide tungsten-carbide cermet candidate
VC-WC-CoCr
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Adhesive wear, Sliding wear
- Deposition process
- Process to be confirmed
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.
YSZ thermal-barrier system with bond coat
YSZ + compatible NiAl or MCrAlY bond coat
Thermal-barrier architecture for high-temperature combustion-gas exposure; not a stand-alone corrosion recommendation.
- Corrosion environment
- Atmospheric exposure, Combustion gases, Steam
- Mechanism / effect
- High-temperature oxidation / corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Combustion gases, high-temperature oxidation and thermal cycling. Confirm component alloy, temperature profile, coating thickness and cyclic life.
Confirm before selection
YSZ is not selected by chemistry alone. Bond coat, oxide scale growth, thermal conductivity and strain tolerance must be validated together.
Yttria-stabilized zirconia material family
YSZ, ZrO2-Y2O3, ZrO2-5CaO
Material family normalized from the supplied ISO/TR 14232-2 translation. It is a source-based candidate, not a pre-qualified recommendation.
- Wear type
- Abrasive wear, Erosive wear, Sliding wear
- Corrosion environment
- Acid, alkali and salt solutions, Atmospheric exposure, Combustion gases, Molten salts, Steam
- Mechanism / effect
- Environmental embrittlement, High-temperature oxidation / corrosion, Uniform corrosion
- Deposition process
- Atmospheric plasma spray
Conditions
Confirm the exact grade, deposition method, substrate, temperature, medium composition, coating density and any sealing treatment for the target component.
Confirm before selection
The translation supplied for this project omits the full bibliography and does not preserve a one-to-one material-to-reference link in the corrosion table. Treat this card as a screening input only.