In the sorting process of PTMS Electromagnetic Separator, the working gap is like the aperture size of a filter, which has a crucial influence on the sorting effect. When the magnetic separation machine is selected, increase the gap to increase the exciting magnetic current and ensure the appropriate magnetic field intensity, which can improve the sorting efficiency.
When treating minerals with smaller particles, the smaller working gap is able to bring the mineral particles closer to the magnetic system and thus more susceptible to the magnetic field adsorption. Because the magnetism of small particle minerals is relatively weak, smaller working gaps can enhance the effect of the magnetic field on them. When making PTMS Electromagnetic Separator selection, it is an effective strategy to increase the work gap.
This is because during the PTMS Electromagnetic Separator selection phase, there are relatively more magnetically stronger particles in the remaining minerals, and larger working gaps allow these particles to be sorted more thoroughly with a stronger magnetic field. Increasing the magnetic current is an operation coordinated with the working gap. When the working gap is increased, it is necessary to increase the exciting magnetic current in order to maintain sufficient magnetic field strength to separate the minerals.
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PTMS Electromagnetic Separator The importance of the basis for equipment selection
