Wet drum magnetic separator
This series of products are mainly suitable for all stages of the wet magnetic separation process of iron ore. They have the characteristics of reliable performance, high recovery rate and remarkable effect. The optimized magnetic system design and unique process make them rank first in the same kind of equipment.

Permanent magnet barrel magnetic separator is suitable for mining, coal preparation plant and other units. It is used for wet separation of fine particles of strong magnetic minerals in weak magnetic field or removal of mixed strong magnetic minerals in non-magnetic minerals.
The machine has three kinds of grooves: semi-countercurrent groove (CTB), downstream groove (CTS) and countercurrent groove (CTN), which are suitable for different particle sizes and different separation processes. The product features are: computer optimization design, reasonable magnetic circuit and strict selection of high coercivity, high remanence permanent magnet, to ensure that the magnetism does not decrease in a long time, to protect the long-term interests of users, the overall structure is reliable and durable. The magnetic field of CTS (N.B) series permanent magnet cylinder magnetic separator is divided into rotary and fixed mechanisms. The fixed mechanism is mainly suitable for wet separation of fine particles with weak magnetic field or removal of strong magnetic minerals from non-magnetic minerals. When the slurry is injected into the magnetic field area, the strong magnetic minerals are adsorbed on the surface of the cylinder, while the weak magnetic and non-magnetic minerals are separated and removed, and then adsorbed on the cylinder. Strong magnetic minerals are brought out of the magnetic field region as the cylinder rotates. Rotary type is suitable for the drying of fine-grained strong (medium-strong) magnetic minerals. Because of the effect of high-speed rotation, the number of magnetic rollover of magnetic particles is much higher than that of ordinary magnetic separators. This has significant effect on destroying magnetic agglomeration and increasing ore-rich ratio. Minerals are separated into magnetic and non-magnetic substances after separation, and the machine is suitable for the removal of ore particles of 6-0 mm from their respective ore outlets. Rough selection and selection.