The lower limit of particle size effectively recovered by dry PTMS electromagnetic separator for iron ore is 30 microns
published date: 2021/1/19
Magnetic separator
PTMS magnetic separation
what is magnetic separation in science?
Iron dry PTMS magnetic separator in large and small concentrators will be used, many friends are curious about the use of this magnetic separator to effectively recover the size of the mineral? In view of this problem, here is the following:
The particle size of minerals in the process of magnetic separation is an important factor that has a decisive influence on the recovery effect of mineral processing. If the mineral particles fail to achieve complete monomer separation, the separation index will not be too high. So the size of the mineral is the best size of iron ore dry magnetic separator to choose, how to control it. Through analysis, it is found that grinding is the key link to determine the size of ore particles. The quality of grinding, to a large extent, determines whether the mineral can achieve monomer separation and the level of separation index.
It should be known that the purpose of grinding is to remove all or most of the useful components from the ore. At the same time, the phenomenon of "over-grinding" should be avoided as far as possible. The particle size required by separation operation can be achieved so as to create conditions for effective recovery of ore in separation operation. After many years of practice of PTMS, it is found that dry PTMS electromagnetic separator for iron ore can effectively recover the lower limit of particle size is 30 microns. Minerals below 30 microns, known as slime, are difficult to recover.
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