Process objective
Designed for clean melting routes involving high-melting-point oxide materials where contact with foreign refractory materials must be considered.
COLD-CRUCIBLE MELTING · 300–2000 kW
High-power melting engineered around purity and process control.
The water-cooled segmented crucible and RF electromagnetic field support induction heating, stirring and a protective solidified layer near the crucible wall.
Send process inputs
TECHNICAL OVERVIEW
Preliminary engineering scope
All figures shown are current available equipment classes, not a universal configuration. Final specifications require a confirmed technical scope.
System integration
RF power, crucible, cooling, operator interface and plant-side interfaces are engineered as one operating system.
Engineering inputs
Material composition, batch or continuous objective, target throughput, atmosphere, power, cooling and building layout.
Available power
Current power classes: 300, 600, 800, 1200 and 2000 kW. Selection follows the process and site review.
WHAT TO SEND
A useful first project brief
- Material chemistry and feed condition
- Target batch size or throughput
- Required purity and product form
- Operating atmosphere and process sequence
- Available power, cooling and plant layout