Energy Saving Ball Mill

Wet Drum Magnetic Separator

[Overview]:Wet drum magnetic separator is a kind of magnetic separation equipment with mature technology, wide application, high efficiency and reliability. It plays an irreplaceable role in the separation of strong magnetic minerals (especially magnetite), and also plays an important role in the fields of non-metallic mineral iron removal, medium recovery, environmental protection, etc. Its permanent magnetization design brings energy saving, stability, reliability and other advantages, making it one of the standard configurations of modern ore dressing plants.

[Scope of application]:Wet drum magnetic separator is suitable for the pre-selection, roughing and concentrating of materials such as magnetite, pyrrhotite, hematite, titanomagnetite, roasted ore, etc., as well as the early iron removal and purification of non-metallic minerals such as feldspar, quartz sand and kaolin.

ADVANTAGES

Wet drum magnetic separator,Drum magnetic separator,Wet drum permanent magnetic separator,Magnetic drum separator,Permanent magnet wet rotary drum magnetic separator.

1. The magnetic system is reasonably designed, with a large magnetic penetration depth. The magnetic field strength of each sorting area is designed according to different functions. According to the different processes of the beneficiation plant and the properties of the ore, rollers with different magnetic field strengths can be selected, and the magnetic field strength can reach up to 1.0T.
2. The magnetic block is made of high-quality rare earth magnetic materials, which will not demagnetize after long-term use, and can ensure that the demagnetization is ≤3% in normal use for 8 years.
3. The magnetic block is fixed on the yoke by bolts + adhesive, which has double protection. The surface of the magnetic system is covered with a layer of stainless steel belt to ensure that the magnetic block will never fall off.
4. The through-axis chain/gear transmission structure design is adopted, and the force of each transmission part is reasonable, the transmission is stable, and the service life is long.
5. According to the different processes of the beneficiation plant and the properties of the ore, three different troughs can be selected: downstream, countercurrent, and semi-countercurrent. The trough adopts fluid dynamics design, and each sorting area is designed in a targeted manner, with good sorting effect.

 

PRODUCT STRUCTURE

Introduction:Wet drum magnetic separator is suitable for mines, Coal preparation plant and other units. Used for weak magnetic field wet separation of fine paticles of strong magnetic minerals, or to remove mixed strong magnetic minerals from non magnetic minerals.The same cylinder of this machine can be equipped with three types of tanks: semi counter flow tank (CTB), counter flow tank(CTN), and forward flow tank (CTS), which are respectively suitable for diferent sorting particle sizes and diferent sorting process requirements. This product adopts computer optimized design, and the magnetic circuit is reasonable and strictly selects the permanent magnet with high Coercivity and high remanence, so as to ensure that the magnetism wil not decrease for a long time, protect the long-term interests of users, and the overall structure is reliable and durable.
Working principle:The slurry (a mixture of ore particles and water) is first fed into the sorting tank; at this time, the slowly rotating drum in the sorting tank (with a magnetic system fixed inside) adsorbs the magnetic mineral particles in the slurry to the drum surface, and is taken away from the slurry surface as the drum rotates; the non-magnetic (or weakly magnetic) particles are not affected by the magnetic force, and flow directly through the bottom or tail of the sorting tank into the non-magnetic ore bucket with the slurry flow; while the magnetic particles adsorbed on the drum surface are separated from the magnetic field area (usually reaching the top of the drum or the unloading area) by gravity and the flushing effect of flushing water, and fall into the magnetic ore bucket collection tank, finally realizing the separation of magnetic and non-magnetic ore.

TECHNICAL PARAMETERS

Model Cylinder size (mm) Magnetic induction intensity of cylinder surface (MT) Processing power Motor power (kw) Cylinder speed (r/min) Total weight (kg)
Average value Sweep the selection area Strong magnetic field in the midfield Non-metallic minerals (t/h) Metal materials(t/h) m³/h
CTB(N/S)-712 750*1200 160 200 200-300 5-10 10-20 ≤60 3 35 1500
CTB(N/S)-718 750*1800 160 200 300-500 5-15 20-45 ≤72 3 35 2100
CTB(N/S)-918 900*1800 170 200 300-600 12-22 25-40 ≤90 5.5 28 2900
CTB(N/S)-924 900*2400 170 200 300-600 12-22 40-50 ≤90 5.5 28 3600
CTB(N/S)-1018 1050*1800 180 220 300-700 20-35 45-60 ≤120 7.5 22 4000
CTB(N/S)-1021 1050*2100 180 220 300-700 22-44 50-70 ≤140 7.5 22 4500
CTB(N/S)-1024 1050*2400 180 220 300-700 26-60 60-80 ≤170 7.5 22 5000
CTB(N/S)-1030 1050*3000 180 220 300-700 40-70 80-120 ≤200 11 22 6300
CTB(N/S)-1218 1200*1800 180 220 300-800 30-40 60-75 ≤150 11 19 4900
CTB(N/S)-1224 1200*2400 180 220 300-800 40-55 80-110 ≤200 11 19 5900
CTB(N/S)-1230 1200*3000 180 220 300-800 50-80 100-140 ≤270 11 19 7200
CTB(N/S)-1245 1200*4500 180 220 300-800 80-110 150-200 ≤660 18.5 17 9500
CTB(N/S)-1530 1500*3000 180 220 300-800 55-100 100-180 ≤320 18.5 14 9900
CTB(N/S)-1540 1500*4000 180 220 300-800 60-120 115-220 ≤400 22 14 11000
CTB(N/S)-1545 1500*4500 180 220 300-800 100-130 180-240 ≤650 22 14 12500
CTB(N/S)-1840 1800*4000 180 220 300-800 110-140 200-260 ≤650 30 11 20000
CTB(N/S)-1850 1800*5000 180 220 300-800 150-170 280-320 ≤800 37 11 23000

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