Engineering product catalog
Powder material catalog
Powder materials for thermal and plasma spray, including abradable, wear-resistant, bond-coat, ceramic and boron-based systems for industrial applications.
59items
11groups
10manufacturing routes
All groupsAbradable Ceramics4Aluminum-Based Materials3Bond-Coat Materials4Cermets6Chromium Carbide Materials7Nickel-Based Materials8Oxide Ceramics and Alloy Mixtures9Tungsten Carbide Materials8Wear-Resistant Coating Materials7Гексагональный нитрид бора3Материалы на основе бора3
Powder material
RPM-229Chromium-Titanium Carbide-Nickel 20%, Fine Fraction
Cermets
Composition(Cr-Ti)C 20Ni
Particle size-56/+10 µm
Manufacturing routeChemical Cladding and Carbonyl Nickel Coating
High wear resistance and strength for high-temperature wear conditions.
Powder material
RPM-232Chromium-Titanium Carbide-Nickel 20%, Medium Fraction
Cermets
Composition(Cr-Ti)C 20Ni
Particle size-80/+40 µm
Manufacturing routeChemical Cladding and Carbonyl Nickel Coating
Wear-resistant coatings for high-temperature service.
Powder material
RPM-230Chromium-Titanium Carbide-Nickel 30%, Fine Fraction
Cermets
Composition(Cr-Ti)C 30Ni
Particle size-56/+10 µm
Manufacturing routeChemical Cladding and Carbonyl Nickel Coating
For components of metallurgical and power-generation equipment and gas-turbine engines.
Powder material
RPM-233Chromium-Titanium Carbide-Nickel 30%, Medium Fraction
Cermets
Composition(Cr-Ti)C 30Ni
Particle size-80/+40 µm
Manufacturing routeChemical Cladding and Carbonyl Nickel Coating
Coatings for metallurgical and power-generation equipment.
Powder material
RPM-231Chromium-Titanium Carbide-Nickel 40%, Fine Fraction
Cermets
Composition(Cr-Ti)C 40Ni
Particle size-56/+10 µm
Manufacturing routeChemical Cladding and Carbonyl Nickel Coating
High strength and wear resistance.
Powder material
RPM-234Chromium-Titanium Carbide-Nickel 40%, Medium Fraction
Cermets
Composition(Cr-Ti)C 40Ni
Particle size-80/+40 µm
Manufacturing routeChemical Cladding and Carbonyl Nickel Coating
High strength and wear resistance.