Thermal Shock Resistance Induction Furnace Crucible Melt Metal Vessel Versatility Straight Cylindrical​

Characteristic of Induction Furnace Crucible

1.Fast thermal conductivity: Crucibles made with high thermal conductivity materials have dense tissue, low apparent porosity and high thermal conductivity.

2.Long service life: Compared to ordinary clay graphite crucibles, the service life of crucibles made with different materials is prolonged by 2 to 5 times.

3.High strength: Crucibles made with high-quality materials and molded by high pressure have reasonable phase combination, high strength at elevated temperatures.scientific product modeling, and high pressure-bearing capability.

4.High-Temperature Resistance:SiC crucibles are designed to withstand extreme temperatures, making them ideal for melting materials like aluminum, copper, and brass, and can endure temperatures up to 1600°C.

5.Low slag adherence: Low slag adherence on the inner wall of crucibles greatly reduces thermal resistance and the possibility of crucible expansion and cracking, thus maintaining the maximum capacity of the crucibles.

6.Cost-Effectiveness: Although initially more expensive, the high thermal and chemical resistance of Silicon Carbide crucibles makes them longer-lasting, offering good cost-effectiveness over time.
8.Energy saving and environmental protection: The high thermal conductivity of thecr ucibles can significantly reduce fuel consumption and waste gas pollution. Withappropriate resistivity, induction heating can greatly lower reactive power loss.

9.Thermal Shock Resistance: High carbon content in the graphite of the crucible provides high thermal conductivity. When the graphite forms a directionally oriented matrix, the crucible also offers excellent resistance to thermal shock, crucial for applications with quick temperature changes.

Product Introduction of Induction Furnace Crucible

An induction furnace crucible is a vital component of an induction melting system, designed to contain and melt metal charges using the principles of electromagnetic induction. The crucible is typically made from high-temperature resistant materials such as graphite or clay, and is placed within a coil that generates an alternating electromagnetic field when connected to an AC power source.

Our Company offers ISO pressed Clay Graphite "Cold Crucibles" and Silicon carbide "Hot Crucibles" for induction furnaces, which are designed to enhance product life and ensure a clean melt.

More resistant to high temperatures thanordinaryisostatic pressed cruciblesUsed for smelting various alloys, preciousmetals such as gold and silver.Suitable for strong corrosion caused bychemical additives used during the smeltingprocess.

Product Deatils of Induction Furnace Crucible