The electromagnetic iron remover, the DGLH-type magnetic separation device, is made of steel and is essential for purification in the mining industry.

Application Fields

· Mining Industry: It is used for pre-selection, concentration, and tailings treatment of ores, removing magnetic impurities in ores and improving the grade and quality of ores.

· Metallurgical Industry: In the steel production process, it is used to remove magnetic impurities in raw materials, preventing magnetic impurities from causing wear to production equipment and affecting product quality.

· Coal Industry: It is used for coal washing and processing, removing magnetic impurities in coal and improving the quality and combustion efficiency of coal.

· Electric Power Industry: It is used for iron removal of fuels in thermal power generation to prevent magnetic impurities from entering the boiler and causing equipment failures.

· Chemical Industry: It is used for iron removal of chemical raw materials to ensure the quality of chemical products.

· Building Materials Industry: It is used for iron removal of raw materials in the production of building materials such as cement, glass, and ceramics, improving the quality and performance of products.

Structural Composition

· Magnetic System: It is the core component of the electromagnetic iron remover, composed of parts such as the iron core and coils. When electrified, it generates a magnetic field.

· Outer Shell: Generally made of stainless steel or carbon steel, it serves to protect the internal magnetic system and provide support.

· Cooling System: Since electromagnetic iron removers generate a large amount of heat during operation, a cooling system is required for heat dissipation to ensure the normal operation of the equipment. Common cooling methods include air cooling and water cooling.

· Iron Unloading Device: It is used to unload the magnetic impurities adsorbed on the surface of the iron remover. Common iron unloading methods include automatic iron unloading and manual iron unloading. The automatic iron unloading device usually adopts mechanisms such as scrapers and conveyor belts, while manual iron unloading requires manual operation.