Process principle
Powder particles are rapidly heated in the plasma zone. Surface tension can drive molten particles toward a spherical form before controlled cooling and collection.
RF INDUCTION PLASMA · 100 / 200 kW
Turn process requirements into a complete plasma system.
RF electromagnetic energy is coupled into the process gas to generate a high-temperature thermal plasma without a consumable electrode in the process zone.
Send process inputs
TECHNICAL OVERVIEW
Preliminary engineering scope
Final process parameters and equipment scope depend on material trials, feed conditions, target throughput and the mutually confirmed technical agreement.
System modules
Voltage regulation, transformation, rectification and filtering, RF oscillation, output induction, cooling, incoming power and centralized controls.
Engineering inputs
Material chemistry, particle-size distribution, feed rate, target morphology, atmosphere, throughput and plant utilities.
Available power
Current power classes: 100 kW and 200 kW. Selection is confirmed after reviewing the complete process boundary.
WHAT TO SEND
A useful first project brief
- Material name and chemical composition
- Feed form and particle-size distribution
- Target morphology or treatment result
- Required throughput and operating atmosphere
- Available power, cooling and installation space