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Coating Functions
Thermal spray coatings are best suitable for following functions:
Abrasive Wear
 Coatings Resistant to Abrasive Grains (Low & High temperature)
Coatings Resistant to Hard surfaces (Low & High temperature)
Coatings Resistant to Fiber and Thread
Coatings Resistant to Hard Surfaces (High temperature)
Surface Fatigue Wear
Coatings Resistant to Cavitation
Coatings Resistant to Fretting (Intended motion)
Coatings Resistant to Fretting (No Intended motion-Low & High
temperature)
Erosive Wear
Coatings Resistant to Particle Erosion (Low & High temperature)
Heat and Oxidation Resistance
High Temperature Processes
Coatings Resistant to Oxidizing Atmospheres
Coatings Resistant to Corrosive Gases
Coatings Resistant to Erosion Above 1550F
Coatings for Thermal Barriers
Molten Metal Handling
Coatings Resistant to Molten Zinc
Coatings Resistant to Molten Aluminum
Coatings Resistant to Molten Iron and Steel
Coatings Resistant to Molten Copper
Atmosphere and Immersion Corrosion Resistance
Atmospheric Corrosion
Coatings Resistant to Industrial Atmospheres
Coatings Resistant to Salt Atmospheres
Coatings Resistant to Rural Atmospheres
Immersion Corrosion
Coatings Resistant to Potable Fresh Water
Coatings Resistant to Non-Potable Fresh Water
Coatings Resistant to Hot Fresh Water
Coatings Resistant to Salt Water
Coatings Resistant to Corrosion in Chemical & Food Processing
Electrical Conductivity or Resistance
Abrasive Coatings – rough surface
Coatings for Radio Frequency Shielding
Ferrous Substrates
Coatings for Machinable Carbon Steels
Coatings for Grindable Carbon Steels
Coatings for Machinable Corrosion-Resistant Steels
Coatings for Grindable Corrosion-Resistant Steels
Non Ferrous Substrates
Coatings for Nickel and Nickel Alloys
Coatings for Cobalt and Cobalt Alloys
Coatings for Copper and Copper Alloys
Coatings for Aluminum and Magnesium and their Alloys
Abradable Coatings
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