Application | Induction melting
Melt metals quickly and in a controlled manner?
RF Heating Consult supports induction melting processes for casting, laboratory, and production processes with short warm-up times, precise power control, and reproducible melt quality.
RF HEATING CONSULT
The Question
Why induction melting?
Induction melting combines speed, control, and a clean heat source. This makes the process interesting for R&D, pilot melts, and serial production.
- Fast and uniform heating
- Precise temperature and power controlg
- High melt quality and reproducibility
- Energy-efficient and low-emission process
- Suitable for various metals and alloys
- Flexible for laboratory and production processes
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Applications
Metalen en processen
Aluminum
For pilot melts, recycling, casting processes, and alloy development.
Copper and alloys
For copper, brass, bronze, and other non-ferrous applications.
Steel and cast iron
For laboratory and industrial applications with higher melting temperatures.
Special alloys
For nickel, cobalt, titanium, and precious metal applications.
Applications
Process setup
The right combination of generator, coil, and crucible
A good induction melting process begins with the correct alignment between the material to be melted, the batch size, the crucible type, the desired melting time, and the available utilities. RF Heating Consult helps design the complete process setup.
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Material & batch
Analysis of metal, alloy, mass, shape, and desired casting or test setup.
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Crucifer & installation
Selection of graphite, silicon carbide, or clay graphite and appropriate induction configuration.
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Power & control
Adjustment of power, frequency, cooling, and temperature measurement.
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Test & production
Validation via melt tests and translation into a reproducible process. Related pages
Process setup
Related pages
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