
A high-intensity magnetic roller separator is designed for mineral applications where stronger magnetic attraction or a suitable magnetic-field gradient is required to separate weakly magnetic particles.
Some mineral impurities may not respond strongly to conventional magnetic systems. In such applications, a high-intensity magnetic configuration can provide a greater opportunity for magnetic particles to be separated from the non-magnetic mineral fraction.
However, high magnetic intensity alone does not guarantee better mineral separation.
The actual result depends on:
Magnetic susceptibility
Particle size
Particle shape
Feed rate
Material layer thickness
Magnetic field distribution
Working distance
Belt speed
Moisture
Splitter position
Number of separation stages
Therefore, Power Magnetronics recommends evaluating the complete application rather than selecting a separator only on the basis of a gauss value.
Some mineral impurities may not respond strongly to conventional magnetic systems. In such applications, a high-intensity magnetic configuration can provide a greater opportunity for magnetic particles to be separated from the non-magnetic mineral fraction.
However, high magnetic intensity alone does not guarantee better mineral separation.
The actual result depends on:
Magnetic susceptibility
Particle size
Particle shape
Feed rate
Material layer thickness
Magnetic field distribution
Working distance
Belt speed
Moisture
Splitter position
Number of separation stages
Therefore, Power Magnetronics recommends evaluating the complete application rather than selecting a separator only on the basis of a gauss value.
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