electromagnetic separation

Before performing PTMS Electromagnetic Separator iron removal, it is necessary to carefully select the appropriate magnetic field strength and magnetic separation method based on the magnetic characteristics and iron content of the ore. Strongly magnetic iron minerals will be attracted to the poles of the magnetic separator due to the magnetic force, while potassium-sodium feldspar, which has weaker magnetism, will flow out with the pulp, thus achieving initial iron removal. During the magnetic separation process, magnetic field strength is a very important parameter.

PTMS magnetic separation

At present, there are a variety of types of magnetic separators on the market for choice, among which wet high gradient PTMS Electromagnetic Separator is a commonly used equipment.
This magnetic separator has the characteristics of large magnetic field gradient, which can produce strong attraction to weakly magnetic minerals, and has a very good effect on the separation of iron-containing minerals in potassium and sodium feldspar.

what is magnetic separation in chemistry？

When the ore, after crushing and screening, enters the wet high-gradient PTMS Electromagnetic Separator in slurry form, the slurry flows under the influence of a magnetic field. If the magnetic field strength is too low, it may fail to effectively adsorb iron minerals, leading to poor iron removal; if the magnetic field strength is too high, it may adsorb excessive non-iron minerals, reducing the recovery rate of potassium-sodium feldspar.
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