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The iron ore belt sorting system developed by our company is mainly designed for the rough selection and waste disposal of medium and high-grade ores from Brazil, Russia, Outer Mongolia, Kazakhstan, Uzbekistan, Pakistan, the Philippines, etc., with the aim of direct sales. It can also achieve excellent sorting results for the early abandoned tailings in China, truly turning waste into treasure and turning stones into gold. 

The hanging device of the Electromagnetic Iron Remover should be selected based on the actual needs of the on-site working environment. It should be purchased after determining the hanging position and environmental conditions of the electromagnetic iron remover. When the on-site environment of the electromagnetic iron remover is special and the conditions are complex, we will carry out special designs for users to meet the actual working conditions.

Magnetic Separators are widely used in industries such as mining, metallurgy, coal, thermal power generation, chemical engineering, and building materials. It has a reliable protective effect on the recovery of magnetic materials and the prevention of damage and wear to mechanical equipment such as grinders and fine crushers. During the long-term operation of the magnetic separator, regular maintenance and upkeep should also be carried out to ensure its safe use.

Let me introduce to you what factors affect the iron removal effect of the magnetic separator. The factors that affect the iron removal effect include: raw material state (powder or slurry), particle size, temperature, average flow rate, instantaneous flow rate, fluidity, magnetic field, iron content, target iron content, chemical properties, installation space, iron unloading method, upstream and downstream equipment, etc. Next, we mainly discuss the influence of temperature and magnetic field on the iron removal of the magnetic separator.

1.The installation inclination Angle of the Pipeline Magnetic Separator (the Angle between the line connecting the centers of the inlet and outlet ports and the horizontal plane) is preferably between 55° and 60°. The motor shaft must not be tilted on either side (i.e., the motor shaft must remain horizontal). The discharge port should not be sealed with the iron discharge pipe. It is advisable to connect the iron with a rectangular iron receiving hopper or a channel-shaped iron receiving trough. The distance between the iron discharge port and the iron receiving hopper should be 60mm to facilitate manual removal of possible obstructions (such as iron wire and material blocks) inside the iron discharge port when necessary.

Environmental Protection Considerations During the Installation of Electromagnetic Iron Removers: Pay attention to environmental protection during work and keep the work site clean. 

The main advantage of the high-field Electromagnetic Separator is that the electromagnetic separator is essentially a DC electromagnet. When the electromagnetic coil is connected to the DC, ferromagnetic materials are separated from non-ferromagnetic materials through the generated electromagnetic waves. The external magnetic field provided by the electromagnetic separator consists of two parts: one is the excitation magnetic field provided by the coil, which varies with the cold and hot states. The other one is the magnetic field provided by the magnetized iron core. The latter is the main source of the magnetic field for removing iron, which increases with the increase of the magnetization field until saturation.