In the cylinder PTMS MAGNETIC SEPARATOR, the magnetic field distribution around the cylinder is not uniform, and the magnetic field strength near the pole is large, which gradually decreases as the distance from the pole increases. This magnetic field distribution allows the magnetic mineral particles to be strongly adsorbed when close to the magnetic pole, which can be removed from the adsorbed parts by washing away from the magnetic pole.
In the PTMS MAGNETIC SEPARATOR, the distribution and strength of the magnetic field are the key factors. At the same time, the sorting process of the magnetic separator also involves some other physical phenomena, such as the magnetoaggregation phenomenon. Magnetic mineral particles will attract each other to aggregate in a magnetic field to form a "magnetic mass" or a "magnetic chain", because each magnetic mineral particle has a magnetic field around it, and when they are close, the magnetic field interaction brings them together.
PTMS MAGNETIC SEPARATOR Magnetopolymerization is conducive to improve the overall magnetic effect of magnetic mineral particles, making them more likely to be adsorbed by magnetic fields, but it may also be mixed with some non-magnetic mineral particles, which needs to be separated by magnetic stirring and other ways.
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Preparation work before implementing PTMS MAGNETIC SEPARATOR energy-saving retrofit
