High gradient PTMS magnetic separation has a significant advantage in potassium feldspar
drum magnetic separator
High gradient PTMS magnetic separation has significant advantages in potassium sodium feldspar iron removal. It produces a high-intensity magnetic field with a large magnetic field gradient, which is very effective at removing impurities such as fine-grained iron-containing minerals and mica. The strong magnetic iron removal purification equipment of the company uses high gradient PTMS magnetic separation as the iron removal link, and has achieved good results.
PTMS magnetic separation
With the PTMS magnetic separation combined process of flotation + sulfuric acid immersion, when the iron oxide in potassium feldspar ore is closely symbiotic with feldspar minerals, part of the iron oxide will form glass melt with minerals in the process of potassium feldspar mineralization, which makes the iron removal process more difficult. At this time, using the flotation-sulfuric acid immersion method, the content of ferrous iron oxide in the ore can be reduced to about 0.11%.
how to separate two magnets?
This PTMS magnetic separation combined process has the advantages of simple operation, easy operation and small investment, and the sulfuric acid immersion solution can be recycled. By combining different iron removal methods, the advantages of various methods can be fully utilized and the efficiency of iron removal can be improved. Through reasonable arrangement of the sequence of the joint process and good connection work, the whole iron removal process can be more smooth and improve the efficiency of iron removal.
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