Smooth Surface Carborundum Crucible , Induction Heating Graphite Crucible

Characteristics of Induction Furnace Crucible

Electromagnetic induction furnace crucibles are integral to the melting processes in foundries and metallurgical industries.

• Design and Material: These crucibles are designed with materials like clay graphite and silicon carbide, which are capable of withstanding the extreme temperatures and harsh conditions of melting metals.
• Efficiency: They offer superior product life due to ISO pressed technology and a blend of imported raw materials, ensuring almost full capacity utilization throughout their service life and a clean melt.
• Applications: They are used in various applications, including the melting of copper alloys, precious metals, and other non-ferrous metals, in both fuel-fired and electric resistance furnaces, as well as induction furnaces.
• 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.

Silicon Carbide 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. The chemical inertness of SiC graphite crucibles ensures minimal reaction with molten metals, reducing the risk of contamination and preserving the purity of the melt.

Due to their durability and resistance to wear, SiC graphite crucibles offer an extended service life compared to other crucible materials, reducing the frequency of replacement and contributing to cost-effectiveness.

In summary, induction furnace crucibles are specialized tools that combine high-temperature resistance, corrosion resistance, and thermal efficiency to excel in the smelting of diverse metal alloys and precious metals.