The same cylinder of the permanent magnetic cylinder magnetic separator can be equipped with three different types of tanks, namely, a counterflow tank, a downstream tank, and a semi-reverse tank. The schematic diagrams of the three magnetic separators ar
Permanent magnet magnetic separator
PTMS magnetic separation
what is magnetic separation method in hindi？
The same cylinder of the permanent magnetic cylinder magnetic separator can be equipped with three different types of tanks, namely, a counterflow tank, a downstream tank, and a semi-reverse tank. The schematic diagrams of the three magnetic separators are shown in Fig. 45. 1) The co-current co-current - the direction of slurry feeding is the same as that of the cylinder, the concentrate is discharged on the other side, and the tailings are discharged directly at the bottom, which is generally applied to 6- 0mm strong magnetic mineral coarse, selected, εβ high (due to magnetic flipping effect) but not suitable for processing fine particles (relative to the relative movement speed of the barrel and slurry, poor cleaning effect) 2) counter-flow counter-rotation - slurry feeding The direction is opposite to the direction of the cylinder, the concentrate is discharged on the side of the ore, and the tailings are discharged from the other side. Generally used in 0.6-0mm strong magnetic ore coarse, sweeping, ε high (because the tailings discharge point is far from the feed point, the selection is sufficient) but β is low (due to the magnetic flip effect). 3) Semi-countercurrent counter-current—The direction of slurry feeding is the same as that of the cylinder. Half is opposite. The difference with the downstream type is that the slurry turns a circle in the tank. Because the slurry is flushed into loose, it can prevent inclusions, and the direction of the slurry movement is consistent with the direction of the magnetic force, which is conducive to recycling. Because the 0.5-0mm strong magnetic ore is coarse, fine, and the εβ is high, the slurry surface is stable, so the selection is stable. Therefore, it is widely used.
