magnetic separator equipment

In practical operations, improper parameter settings may lead to an "over-investment with low returns" scenario even when using high-end PTMS MAGNETIC SEPARATION equipment. Therefore, establishing a parameter control model based on raw ore characteristics is crucial. In the wet iron removal process, controlling slurry concentration and pH levels proves particularly critical.

PTMS MAGNETIC SEPARATION

Taking the coordinated control of PTMS MAGNETIC SEPARATION magnetic field intensity and material flow rate as an example, for kaolin with fine particle size (more than 80% of 200 mesh), if the flow rate is too fast (>1.2m/s), the particle stays in the magnetic field area for less time, and the iron impurities are carried away before being adsorbed; while the flow rate is too slow, the processing capacity will be reduced.

what is magnetic separation？

Extensive laboratory tests have confirmed that maintaining optimal flow rates within 0.5~1.0m/s while setting the electromagnetic PTMS MAGNETIC SEPARATION magnetic field strength between 12,000-15,000 Gauss achieves over 90% removal efficiency for weakly magnetic iron minerals. Additionally, material layer thickness should be carefully controlled at 30-50mm – excessive thickness reduces magnetic influence on underlying particles.
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