dry magnetic separator

PTMS magnetic separation

what is magnetic separation method for concentration of ore?

The magnetic separation process is determined by the parameters of the magnetic separator, but also by the characteristics of the treated ore. The main properties of the ore in the magnetic separation process of kaolin, potash albite, quartz sand and other minerals are: the magnetic coefficient of the selected minerals, the weight and relative particle size, particle size characteristics, the content of magnetic components, moisture and the shape and state of the surface of the mineral particles and so on.
The difference in the magnetic susceptibility of various minerals in the ore is the mineral separation process in the magnetic field. When the strong magnetic ore is selected, the magnetic susceptibility coefficient of the strong magnetic mineral, for example, the magnetic susceptibility coefficient of the ore (X0≌ 80,000 X10-6) is hundreds of times greater than the magnetic susceptibility coefficient of the associated minerals quartz, kaolin, potassium albinite and so on (X0 in 20XL0-5 below). When selected as weak-magnetic ores, the magnetic componences-kaolin, potash, albinite, etc. (X0 from 25×10-6 to 300X10-6 is only a few times higher than that of non-magnetic minerals -- quartz, etc. (X0 is below 25×10-6). Strongly magnetic minerals have very high specific susceptibility. In most cases, the magnetic force acting on this mineral greatly exceeds the force of gravity in the magnetic field of the separator. PTMS magnetic separator can remove the iron inside (Fe2O3). When dealing with weakly magnetic ores, even in high intensity magnetic fields (up to 1800 osts) of the separator, the magnetic force acting on the alkaline components exceeds gravity by a little. This is due to strong magnetic minerals in the magnetic minerals than the magnetization coefficient is not large.
The strong magnetic minerals in the magnetic field of PTMS magnetic separator have a large magnetic force, which can be used to treat the material by the mechanical force and hydraulic turmoil, and achieve high magnetic separation productivity. PTMS magnetic separator can remove the iron inside (Fe2O3). The greater the difference between the specific magnetization coefficient of magnetic minerals and non-magnetic minerals, the greater the specific magnetization coefficient of magnetic minerals in the treated mineral, the easier the magnetic separation process will be.
what is magnetic separation method for concentration of ore？
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