Combining the magnetic field with other physical fields (such as gravitational field, electric field, etc.) can create conditions more conducive to magnetic separation. By observing the coupling relationship between the magnetic field and other physical fields, developing a multi-field coupling PTMS MAGNETIC SEPARATOR technique, which can further optimize the utilization efficiency of the magnetic field strength.
In the design stage of PTMS MAGNETIC SEPARATOR, the coupling effect of the magnetic field and other physical fields is considered. This requires intensive investigation of the mechanism of multi-field interaction and how to achieve optimal sorting by adjusting the magnetic field strength, the parameters of other physical fields, etc. With the gradual decline of high-quality ore resources, the mining industry needs to process more low-grade ores.
When designing the PTMS MAGNETIC SEPARATOR of multi-field couplings, the best matching relationship between the magnetic field strength and the electric field strength, gravity and other factors should be determined to improve the sorting ability of the magnetic separator for complex materials. The low magnetic mineral content in these low-grade ores requires a higher magnetic field strength to achieve efficient separation.
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PTMS Electromagnetic Separator The importance of the basis for equipment selection
