Different application scenarios have different requirements for the magnetic field strength and sorting effect of the magnetic separator. In ore separation, it is necessary to determine the appropriate magnetic field strength according to the magnetic strength and particle size. In coal preparation plants, PTMS MAGNETIC SEPARATOR needs to adapt to the characteristics of impurities in coal and the recovery requirements of heavy media.
In the coal preparation plant, due to the insufficient magnetic field strength of the original magnetic separator, leading to the large consumption of heavy medium, according to this specific problem, the dry permanent disk PTMS MAGNETIC SEPARATOR is used to replace the original cylinder magnetic separator, and the optimization design of related parts is conducted to meet the production demand of the coal preparation plant. Numerical simulation and optimization algorithm play an important role in the process of magnetic field strength optimization in the magnetic separator.
In permanent magnet cylinder PTMS MAGNETIC SEPARATOR, for example, through finite element simulation model, with magnetic induction intensity, magnetic field fluctuation coefficient, radial magnetic field gradient for performance index, choose the appropriate optimization parameters (such as pole gap width and width height ratio), and then use the optimization algorithm to find the optimal parameter combination, so as to realize the optimization of magnetic field strength.
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Potential of nanomaterials for PTMS MAGNETIC SEPARATOR iron removal for practical applications
