high gradient magnetic separation

The application of several new technologies has opened up more possibilities for multiple PTMS Electromagnetic Separator. The introduction of superconducting magnetic separation technology has enabled magnetic separators to generate stronger magnetic fields, thereby enhancing the separation efficiency of weakly magnetic impurities. Through repeated use of this technology, deep purification of potassium-sodium feldspar can be achieved.

PTMS magnetic separation

In actual industrial production, companies can select the appropriate number of magnetic selections and processes based on their specific needs and the conditions of their PTMS Electromagnetic Separator equipment. By fully utilizing advanced magnetic selection technologies and equipment, multiple magnetic selections can ensure the optimal purification of potassium-sodium feldspar, thereby enhancing its quality and economic value. Through multiple magnetic selections, potassium-sodium feldspar can be widely used in industrial production, further boosting its economic value.

what is magnetic separation method？

Potassium sodium feldspar needs multiple PTMS Electromagnetic Separator in order to improve its purity, improve product quality, meet different application requirements and make full use of advanced magnetic separation technology and equipment. Potassium sodium feldspar, as an important non-metallic mineral resource, is widely used in ceramics, glass, enamel and many other fields.
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