drum magnetic separator

The solenoid magnet structure with high gradient strength PTMS magnetic separation can produce high magnetic induction intensity. In this magnetic field, the polymagnetic dielectric surface produces a very high magnetic field gradient. Fe2​O3​ Will be adsorbed to the carrier surface, a process that may involve physical adsorption, chemisorption, and other complex interactions.

PTMS magnetic separation

When the weak magnetic iron mineral particles in kaolin pass through this magnetic field, even the weak magnetic materials at the level of micron or colloidal particles will be captured by the magnetic force generated by the magnetic field gradient, and then separated from the kaolin. For example, for those weak magnetic iron oxides, such as hematite, it can be overcome under the action of high gradient PTMS magnetic separation.

what is magnetic separation process？

In the adsorption PTMS magnetic separation flotation method, the added limestone powder carrier acts as an adsorbent in the kaolin mineral slurry. The adsorbed carrier can attach to the bubble because it is hydrophobic (either by itself or obtained through the action of the collector). When the bubble rises, the carrier of adsorbed iron oxide will be brought out of the pulp, thus realizing the separation of kaolin and iron impurities.
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