magnetic separator for kaolin

To effectively remove magnetic impurities while preserving the non-magnetic useful mineral —— potassium sodium feldspar, it is essential to precisely control the parameters of the PTMS magnetic separation process. The magnetic separation parameters include magnetic field strength, separation speed, and pulp concentration. If the separation speed is too fast, magnetic impurities may not be adsorbed in time and will flow away with the pulp; if the separation speed is too slow, it can reduce the efficiency of magnetic separation.

PTMS magnetic separation

This uneven distribution complicates the separation process in magnetic selection. If the magnetic field is too strong, non-magnetic potassium-sodium feldspar may also be adsorbed onto the magnetic separator, leading to a loss of valuable minerals. Conversely, if the magnetic field is too weak, it will fail to effectively remove magnetic impurities. The performance of the PTMS magnetic separation equipment directly impacts the magnetic separation efficiency of potassium-sodium feldspar.

what is magnetic separation in science？

The concentration of pulp also has an important effect on the magnetic separation effect. If the concentration is too high, the fluidity of pulp will be poor, which will affect the adsorption and separation of magnetic impurities; if the concentration is too low, the processing capacity of magnetic separation equipment will be reduced. In the magnetic separation process of potassium sodium feldspar, it is very important to choose the appropriate PTMS magnetic separation type.
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