Melting
Resistant and robust
Melting processes are essential in industries such as metallurgy, semiconductors, renewable energies and aerospace. They enable the production and moulding of parts from metals, metal powders and glasses into structural parts or high-precision components.
Typical applications
Graphite is an essential material in melting processes.
It offers exceptional thermal conductivity, chemical resistance and is resistant to temperature changes. These characteristics make it ideal for high-temperature applications in induction or resistance-heated systems.
Functions
Semiconductor Manufacturing:
- Graphite molds for producing quartz glass crucibles
- Support crucible in single crystal growing process
- Safety function for the leakage protection of melts
Metallurgie:
- Crucible for precious metals
- Moulding dies for non-ferrous metals in the continuous casting process
Features
Key properties that make graphite solutions ideal:
- High resistance: Resists extreme thermal and chemical stressesHigh resistance to thermal and chemical loads
- Efficient heat transfer: Ensures even temperature distribution
- Low thermal expansion: Guarantees precision and long-term stability
For more information on our graphite solutions or to schedule a customized consultation, contact us today—we look forward to assisting you!
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