News

induction furnace operation manual

Induction Furnace Operation Manual

It is necessary to correctly and follow the induction furnace operation manual when smelting metals to ensure equipment and personal safety during the smelting process. See the article for specific operations.

Read More »
Induction Furnace Refractory Lining

Induction Furnace Refractory Lining

Introduction of induction furnace refractory lining: it can be used in aluminum smelting, cast steel, and copper smelting.
This product is a refractory material for quartz coreless induction furnaces, and the material is acidic.

Read More »
induction furnace lining life

Induction Furnace Lining Life

How to improve the induction furnace lining life? An induction furnace is a high-temperature electric furnace heated by the eddy current effect, which is composed of a furnace body, electrical system, water cooling equipment, and tilting mechanism.

Read More »
induction furnace lining

Induction Furnace Lining

The induction furnace lining is made of refractory bricks. Due to the different working conditions of each part of the lining, the material and performance of the refractory bricks used are also different.

Read More »
induction furnace new price

Induction Furnace New Price

Hani Metallurgy will provide a professional induction furnace new price and scheme design drawing according to the specific requirements of raw materials, power frequency, intermediate frequency, high frequency, and finished products.

Read More »
induction furnace electrical diagram

Induction Furnace Electrical Diagram

The working principle of the induction furnace electrical diagram is as follows: a three-phase bridge full-control rectifier circuit is used to rectify the alternating current into direct current, and after being smoothed by a reactor, it becomes a direct current power supply, and then through a single-phase inverter bridge, the direct current is inverted into a certain Single-phase intermediate frequency current with frequency (generally 1000 to 8000Hz).

Read More »