Our coating services for fossil-fuel and renewable power generation applications help customers meet their needs for higher efficiency and ever-increasing regulatory demands. Protect your components from erosion and cavitation with thermally sprayed coatings that will extend service life, ensure high efficiency and maintain expected power.
Boiler Tubes
| Part Function | Protection of boiler components for. e.g. waste incinerators |
| Base Material | Steel |
| Coating Function | High temperature corrosion protection |
| Process Technology | Electric Arc Wire Spray, HVOF or Atmospheric Plasma Spray |
Heat Shields
| Part Function | High temperature shielding in the combustion section |
| Base Material | Superalloy |
| Coating Function | Thermal protection |
| Process Technology | Atmospheric Plasma Spray |
Kaplan Blades
| Part Function | Increase velocity of and control of water flow |
| Base Material | Steel |
| Coating Function | Erosion and cavitation resistance |
| Process Technology | HVOF |
Fuel Cells
| Part Function | Interconnect of planar high temperature SOFC stacks |
| Base Material | Chromium alloy |
| Coating Function | Electrically conductive ceramic, diffusion barrier coating |
| Process Technology | Atmospheric Plasma Spray |
Turbine Blades
| Part Function | Work extraction in a turbine engine |
| Base Material | Superalloys |
| Coating Function | Oxidation and hot corrosion resistance |
| Process Technology | Atmospheric Plasma Spraying or HVOF |
