Reasons for the remarkable effect of the iron removal effect of the suspended permanent magnet separator

The suspended permanent magnet separator is specifically designed to remove fine iron powder that enters the base material during the grinding process. The iron removal operation of the iron remover is a process of extracting magnetically sensitive material from the mixture by magnetic force. This separation technology is mostly used in fields such as iron ore mining. The suspended permanent magnet separator is suitable for belts with a speed of 4.5m/s. With this equipment, the material is refined and iron impurities are recovered.
The advantage of the suspended permanent magnet separator is that the field strength of the magnetized collecting element can be matched with the separation requirement. From 1 to 20000 Gauss in the empty separation space, a large amount of magnetization matrix space can be generated to meet the operation requirements. Separated spaces can fill a variety of matrix elements that are almost endless. The magnetic field can be conveniently turned off to facilitate cleaning of the substrate, thereby enabling automation of the cleaning cycle.
Suspended permanent magnet separators can be specially designed to meet unusual processing conditions, including high temperatures, high pressures and many corrosive products. Equipment can be used in hazardous environments. The coils of the suspended permanent magnet separator are specially processed to have good oxidation and rust resistance, thus ensuring good heat transfer and insulation properties of the coil. The suspended permanent magnet separator has a great magnetic penetration depth and a strong suction force. The suspended permanent magnet separator has low energy consumption, stable performance, compact structure design, easy installation and maintenance, good thermal diffusion and stable temperature rise. The suspended permanent magnet separator can also continuously inhale or throw. Iron material with a belt with automatic rectification.