Definition And Core Working Principle Of Permanent Magnet Tubular Magnetic Separator

The permanent magnet cylindrical magnetic separator is an efficient separation equipment that utilizes the magnetic field generated by permanent magnets to separate magnetic minerals from non-magnetic minerals. It is widely used in various industries such as mining, metallurgy, building materials, and chemical engineering, and its core is used for mineral purification and impurity removal. The core working principle is based on the magnetic differences of different minerals. The built-in permanent magnets in the equipment form a stable magnetic field area. When the mineral slurry flows through the magnetic field, the magnetic mineral particles will be adsorbed by the magnetic field onto the surface of the permanent magnet cylinder and are carried by the cylinder rotation to the non-magnetic area. Under the action of gravity and the discharge device, they are separated and collected; non-magnetic mineral particles are not affected by the magnetic field and are discharged together with the slurry, thus achieving efficient separation of magnetic and non-magnetic minerals. The overall operation of the equipment is stable and energy consumption is low. It is suitable for the separation needs of various particle sizes of minerals and is the core equipment in the field of magnetic mineral processing.