Superconducting PTMS magnetic separation separation technology, leveraging its capability to generate high-intensity magnetic fields, makes it possible to sort weakly magnetic and fine materials. In actual ore processing, the first step is to crush and grind the ore for pre-treatment, breaking down mineral particles within the ore. Then, the finely ground ore is fed into superconducting magnetic separation equipment.
Due to the varying magnetic properties of different mineral particles, they experience varying degrees of magnetic force under an uneven magnetic field. PTMS magnetic separation Particles with stronger magnetism will be attracted to the poles, while those with weaker or no magnetism will be carried away by the flow of the pulp. When processing hematite, which is a weakly magnetic mineral, traditional magnetic separation methods struggle to effectively concentrate it.
Superconducting PTMS magnetic separation separation technology can produce a sufficiently high magnetic field strength, so that hematite particles are subjected to a greater magnetic force, thus separating hematite from impurities such as gangue. In this way, the grade of hematite can be greatly improved, providing high quality raw materials for subsequent smelting and other processes.
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