High Temperature Cylindrical Crucible Chemical Resistant Black Large Graphite Crucible

Induction furnace crucibles represent an advanced category of melting equipment, specifically designed for the smelting of a variety of metal alloys and precious metals such as gold and silver. In the context of an induction melting system, these crucibles act as the primary vessel for receiving energy from the inductor.

They utilize the principle of electromagnetic induction to generate the heat essential for the melting process. With numerous advantages, these crucibles substantially improve the efficiency of the melting operations.

Ease of use is another significant advantage. Induction furnace crucibles are designed for straightforward operation and maintenance, which minimizes downtime and enhances overall productivity. Their user-friendly design allows for quick setup and efficient melting processes, making them suitable for both small-scale and large-scale applications.

Moreover, certain crucibles utilize ISO pressed technology, incorporating a blend of imported raw materials. This advanced manufacturing technique results in superior product life, ensuring that the crucibles can withstand the rigors of high-temperature melting without significant degradation over time.

• High-temperature resistance: Service temperature ranges from 400℃ to 1600℃. Crucibles suitable for different temperature ranges can be selected.
• Energy saving and environmental protection: The high thermal conductivity of the crucibles can significantly reduce fuel consumption and waste gas pollution. With appropriate resistivity, induction heating can greatly lower reactive power loss.
• Safety and Reliability: The design and material selection of SiC graphite crucibles contribute to a safer melting process with a reduced likelihood of failure, offering a dependable solution for high-temperature industrial processes.
• Material Composition: SiC graphite crucibles are made from a combination of silicon carbide and graphite, offering a unique blend of properties that include high thermal conductivity and excellent corrosion resistance.