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High Intensity Magnetic Separator Ore Dressing Plant for Iron Ore
Beneficiation Plant
Application of High Intensity Magnetic Separator
1. Used for low grade ore preseparation. The concentration ratio of
this equipment is high and the machine can improve the grinding
grade by a large margin.
2. Used for purifying iron ore concentrate and removing locked
particle and gangue.
3. Used for re-selecting the gangue.
4. Used for removing the magnetic impurity from powdery material.
Performance Features of High Intensity Magnetic Separator
1. Adopting advanced magnetic circuit design, deep magnetic
effective depth and high recovery.
2. Simple and compact structure, low failure rate.
3. Easy to maintain, easy installation, reliable performance.
4. Stable and reliable driving device, trouble-free operation for a
long time.
Work Principle of High Intensity Magnetic Separator
The ore slurry flows into the tank via feed chute, under the effect
of the water flow from ore-feeding water pipe, mineral particles in
loose state goes into the feeding area of tank. Under the action of
the magnetic field, the magnetic mineral particles gather together
to form a "magnetic group" or "flux", in the pulp "magnetic group"
or "flux" goes to magnetic pole by the magnetic force, and is
adsorbed on the cylinder.
Because the magnetic poles are alternately arranged along the
direction of cylinder rotation, and are fixed while working, when
the "magnetic group" or "flux" rotates with cylinder, the magnetic
stirring phenomenon generated due to magnetic poles alternating,
gangue minerals and other non-magnetic mineral existing in the
"magnetic group" or "flux" fall down while rolling, eventually the
"magnetic group" or "flux" being sucked in the cylinder surface is
the concentrate.
The concentrate rotates with cylinder to the magnetic system edge
that has the weakest magnetic force, discharged into concentrate
tank under the action of flushing water from ore-discharging water
pipe. If it is full-magnetic roller, ore discharging is carried out
by brush roll. Non-magnetic or weakly magnetic minerals are left
with the pulp discharged outside the tank, which are tailing.
Technical Parameters:
Model | Shell diameter (mm) | Shell length (mm) | Capacity (t/h) | Power (kW) | Overall dimension L×W×H(mm) | Weight (t) |
CTB1224 | 1200 | 2400 | 70-130 | 7.5 | 3400×2030×1850 | 6.4 |
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