固定式主要适用于弱磁场湿式选别细颗粒的强磁性物质，或者是除去非磁性矿物

The fixed type is mainly suitable for the weak magnetic field wet sorting of fine particles of ferromagnetic substances, or the removal of ferromagnetic minerals from non-magnetic minerals. When the ore pulp flows into the magnetic field area, the strong magnetic minerals are adsorbed on the surface of the cylinder, the weak magnetic and non-magnetic minerals are sorted out, and the strong magnetic minerals on the surface of the adsorbed cylinder are brought out of the magnetic field area with the rotation of the turn around. The rotary type is suitable for the dry separation of fine-grained strong (medium-strength) magnetic minerals. Due to the effect of high-speed rotation, the number of magnetic rollovers of magnetic particles is much higher than that of ordinary magnetic separators. This has a significant effect on destroying magnetic agglomeration and increasing the ratio of rich ores. The minerals are separated into two kinds of magnetic and non-magnetic materials after sorting, and are discharged from their respective orifices. It is suitable for rough selection and selection with ore particle size of 0.6~6mm.

固定式主要适用于弱磁场湿式选别细颗粒的强磁性物质，或者是除去非磁性矿物中的强磁性性矿物。 当矿浆流入磁场区时，其中强磁性矿物被吸附在圆筒表面，弱磁性和非磁性矿物被分选后排出，而吸附中圆筒表面的强磁性矿物随回身的旋转被带出磁场区。 旋转式适用于细粒强（中强）磁性矿物的干选，由于高速旋转的作用，使磁性颗粒的磁滚翻次数大大高于普通磁选机。 这对于破坏磁团聚，提高富矿比具有显著的效果。矿物经分选后被分离成磁性物和非磁性物两种，分别从各自的排矿口排出。适用于矿石粒度为0.6~6mm 的粗选和精选。

Fixed type 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 pulp flows into the magnetic field area, the strong magnetic minerals are adsorbed on the cylinder surface, the weak magnetic and non-magnetic minerals are separated and discharged, while the strong magnetic minerals on the cylinder surface are brought out of the magnetic field area with the rotation of the back body. Rotary type is suitable for dry separation of fine and strong (medium strong) magnetic minerals. Due to 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 a significant effect on destroying magnetic agglomeration and increasing the ratio of rich ore. After separation, minerals are separated into two kinds: magnetic and non-magnetic, which are respectively discharged from their ore discharge outlets. It is suitable for coarse separation and cleaning of ore with particle size of 0.6-6mm.