magnetic separators are carried out in magnetic separators. When the mixed material of mineral particles (pulp) is inserted into the separation space of PTMS magnetic separator, the magnetic mineral particles are magnetized and subjected to the action of magnetic force f1, overcoming the resultant force f2 of all mechanical forces (including gravity, centrifugal force, friction force, water power, etc.) in the opposite direction of the magnetic separator, and are absorbed on the cylinder of the magnetic separator. It is then transferred to the discharge end and discharged into magnetic products.
Because non-magnetic mineral particles are not affected by magnetic force, under the action of mechanical force, they are discharged by PTMS magnetic separator in the bottom box and are non-magnetic products. In order to ensure that the magnetic mineral particles are separated from the non-magnetic mineral particles, the magnetic force acting on the magnetic mineral particles must be greater than the resultant force of the mechanical force opposite to it, that is, the following conditions must be met: f1> f2.
If the two minerals with stronger magnetism and weaker magnetism are to be separated, the magnetic force on the ore particle with stronger magnetism must be greater than the combined force of the mechanical force in the opposite direction of the magnetic force, and the PTMS magnetic separator on the ore particle with weaker magnetism must be less than the combined force of the mechanical force in the opposite direction of the magnetic force.
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