1400KW 500HZ Industrial Medium Frequency Induction Melting Furnace Steel Shell

Large melting capacity 1400KW Steel Shell industrial medium frequency Induction Melting Furnace

1. Brief Introduction of Steel Shell Induction Melting Furnace:

The steel structure induction melting furnace adopts a hydraulic cylinder as the way of tilting the furnace, and it is generally called a steel shell furnace.
2. Advantage of Steel Shell Melting Furnace:
1) Rugged and elegant, especially for large-capacity furnaces, which require a strong rigid structure. From the safety point of the tilting furnace, try to use steel shell furnace.
2) The yoke made of silicon steel sheet shields and emits magnetic lines generated by the induction coil, reduces magnetic leakage, improves thermal efficiency, increases production, and saves energy by 5%-8%.
3) The presence of the furnace cover reduces heat loss and increases the safety of the equipment.
4) Long service life, steel shell furnace due to less magnetic leakage, equipment life is much higher than aluminum shell furnace. The normal service life is generally more than 10 years.
5) Safety performance :The steel shell furnace is much better than the aluminum shell furnace. When the aluminum shell furnace is smelted, the aluminum shell is easily deformed due to high temperature and heavy pressure, and the safety is poor. The steel shell furnace uses a hydraulic tilting furnace and is safe and reliable.
3. Technical Parameter of Steel Shell Induction Melting Furnace:

4. Large Induction Melting Furnace Application:

(1) iron, pig iron, cast iron;

(2) steel, stainless steel, cast steel, carbon steel and bearing steel;

(3) gold, silver, platinum;

(4) copper, brass, bronze;

(5) aluminum, aluminum alloy;

(6) zinc, lead, tin, magnesium, nickel, titanium.

5. Overview of the advantages of intermediate frequency electric melting furnace:
1. Electric furnace is advanced-- Full digital control.
2. Electric furnace has good energy saving-- Low power consumption.
3. Good reliability-- Mature technology, no worries.
4. Low failure rate-- Mature design, continuous improvement, so that the failure rate of equipment is almost zero.
5. Good operability-- Flexible use, reducing operator requirements.
6. Good economy-- Reasonable price.
7. Specific technical performance: Power factor above 0.95, Small harmonics do not require reactive power compensation equipment, two furnaces can work at the same time, making full use of the evening trough time capacity. One set of equipment is equivalent to two sets of equipment. 15% energy saving compared to the same capacity general electric furnace.