Characteristics of Induction Furnace Melting

In recent years, the development of induction furnace melting of cast steel has been rapid. 1.4462 Stainless Steel Precision Casting Many factories, scientific research institutions, and universities in China have adopted induction furnace melting of carbon steel and alloy steel, especially in precision casting workshops where it is more widely used. This is mainly due to the following advantages of induction furnace melting compared to electric arc furnace melting:

Induction furnace melting utilizes the principle of induction heating to melt steel with low carbon content, low gas content, and good quality.

The heating speed is faster than that of Shaanxi, and the 1.4462 stainless steel precision casting furnace has higher thermal efficiency and less alloy element burnout.

During the smelting process, the temperature and chemical composition of the molten metal can be accurately adjusted, and the operation is relatively simple, with low noise and good working conditions. The disadvantage of using an electric furnace is that the slag cannot be heated by induction, but is melted by the heat conduction of the molten steel to supply thermal energy. Therefore, the low temperature of the slag is not conducive to the chemical reactions such as desulfurization and dephosphorization, so the requirements for metal furnace materials are relatively strict.