Product catalog

Powder materials for thermal and plasma spray

An engineering catalog of powder materials for abradable, bond-coat, wear-resistant, ceramic and boron-based coating systems, with filtering by composition, particle size and manufacturing route.

59+catalog items

12material groups

up to 1250 °Ccoating service temperature

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 groups Abradable Ceramics4 Aluminum-Based Materials3 Bond-Coat Materials4 Cermets6 Chromium Carbide Materials7 Nickel-Based Materials8 Oxide Ceramics and Alloy Mixtures9 Tungsten Carbide Materials8 Wear-Resistant Coating Materials7 Гексагональный нитрид бора3 Материалы на основе бора3

Powder material

Alumina-Nickel 30%

RPM-235

Oxide Ceramics and Alloy Mixtures

CompositionAl2O3 30Ni

Particle size-100/+40 µm

Manufacturing routeChemical Cladding and Carbonyl Nickel Coating

Low coefficient of friction, high conformability, heat resistance and oxidation resistance.

Technical data Request material selection

Powder material

Alumina-Nickel 50%

RPM-236

Oxide Ceramics and Alloy Mixtures

CompositionAl2O3 50Ni

Particle size-100/+40 µm

Manufacturing routeChemical Cladding and Carbonyl Nickel Coating

Improved thermal conductivity, strength and impact resistance.

Technical data Request material selection

Powder material

Alumina-Nickel 70%

RPM-237

Oxide Ceramics and Alloy Mixtures

CompositionAl2O3 70Ni

Particle size-100/+40 µm

Manufacturing routeChemical Cladding and Carbonyl Nickel Coating

Heat-resistant coating with high oxidation resistance.

Technical data Request material selection

Powder material

Alumina-Nickel Aluminum Cermet

RPM-117

Oxide Ceramics and Alloy Mixtures

CompositionAl2O3 30 / Ni 20Al

Particle size-100/+10 µm

Manufacturing routeBlending

Intermediate transition-layer coating near the substrate; may also be used as an abrasive coating.

Technical data Request material selection

Powder material

Yttria-Stabilized Zirconia

RPM-241

Oxide Ceramics and Alloy Mixtures

CompositionZrO2 8Y2O3

Particle size-125/+11 µm

Temperatureup to 1250 °C

Manufacturing routeAgglomerated and Spheroidized

Thermal-barrier coatings with a coating melting temperature up to 2800 °C.

EquivalentsMetco 204 NS

Technical data Request material selection

Powder material

Yttria-Stabilized Zirconia-Nickel 30%

RPM-238

Oxide Ceramics and Alloy Mixtures

CompositionZrO2 8Y2O3 30Ni

Particle size-100/+40 µm

Manufacturing routeChemical Cladding and Carbonyl Nickel Coating

Refractory and thermal-barrier coatings with improved ceramic-to-metal adhesion.

Technical data Request material selection

Powder material

Yttria-Stabilized Zirconia-Nickel 35%

RPM-239

Oxide Ceramics and Alloy Mixtures

CompositionZrO2 8Y2O3 35Ni

Particle size-100/+40 µm

Manufacturing routeChemical Cladding and Carbonyl Nickel Coating

Thermal-barrier coatings with improved mechanical properties.

Technical data Request material selection

Powder material

Yttria-Stabilized Zirconia-Nickel 40%

RPM-240

Oxide Ceramics and Alloy Mixtures

CompositionZrO2 8Y2O3 40Ni

Particle size-100/+40 µm

Manufacturing routeChemical Cladding and Carbonyl Nickel Coating

Heat-resistant coating with high resistance to oxidation and aggressive environments.

Technical data Request material selection

Powder material

Yttria-Stabilized Zirconia, Multiple Fractions

CrOI-7

Oxide Ceramics and Alloy Mixtures

CompositionZrO2 8Y2O3 7.2-8.2

Particle size15/45 µm; 22/63 µm; 50/80 µm

Manufacturing routeAgglomeration and Sintering

Plasma spraying of thermal-barrier coatings with enhanced thermal-cycling resistance.

Technical data Request material selection