Product Introduction:
The magnetic separator is primarily designed for the wet separation of fine minerals exhibiting strong ferromagnetism. Specifically, the wet-type drum permanent magnetic separator is adept at separating ores with sizes less than 3mm, including magnetite, magnetic pyrite, baking ore, limonite, and more. It also serves the purpose of removing iron impurities from coal, non-metallic minerals, and construction materials. Tailoring to customer specifications, we offer both fair current and semi-counter-current types of separators with varying magnetic strengths. The magnetic separator boasts advantages such as high capacity, ease of operation, and a simple structure.
Performance And Features:
- Easily installed.
- Direct access to magnets in the chute.
- Extremely easy to clean.
- High intensity with high-power rare earth magnets.
- Available with flanges to accommodate square and round chutes.
- Equipped with angle deflectors for heavy contamination above and between the tubes.
Working Principle:
Magnetic mineral particles aggregate to form magnetic groups or flux in the presence of a magnetic field. These groups, influenced by the magnetic effect, move towards the pole and are attracted to the cylinder. The cylinder, featuring alternately arranged magnetic polarities and fixed in place, induces a stirring phenomenon in the magnetic groups or flux as it rotates. This stirring action results in the mixing of non-magnetic gangue minerals, causing them to fall down. Ultimately, these minerals are drawn to the cylinder surface, forming the concentrate ore. As the concentrate ore reaches the edge of the magnetic system, it is discharged into the concentrate hopper under the influence of water flow. Non-magnetic or weakly magnetic minerals are left within the pulp and discharged outside the tank, constituting the gangue.