| |||||||||||||
A strong electric arc is generated between a positively charged pole (anode) and a negatively charged pole (cathode). This ionizes the flowing process gases into the plasma state. Powdered feedstock material is injected into the plasma jet, melting the powder particles and propelling them to the surface of the workpiece.
Process Basics
| Heat Source | Plasma Arc |
| Material | Powder (ceramics, plastics, metal) |
| Arc Temperature | approx 16'000 °C |
| Particle Velocity | up to 450 m/s |
| Spray Performance | 4 to 8 kg/h |
| Schematic Diagram |
Process Features
Typical Applications
Combustion | Blades and vanes | Hip ladle |
Auxiliary Supplies To support your thermal spray activities, Sulzer Metco offers auxiliary supplies that include grits for surface preparation, ...
MCrAlY Alloy Powder Materials Our MCrAlY materials have been designed to provide superior protection against high temperature oxidation and hot ...
Standard and Superalloy Filler Materials High quality, gas-atomized standard and superalloy powders meet the stringent requirements of aerospace and ...
Honeycomb Filler High quality filler powders for gas turbine honeycomb sealing solutions. Our Metco nickel aluminum clad powders designed for ...
Activated Diffusion Alloys Diffusion braze alloys are designed for repair and restoration of superalloy components in the aerospace and gas turbine ...
Braze Alloys The high quality of our Amdry brazing filler metal products is your assurance of repeatable performance for production braze processes. ...
