Curved pole segments distribute magnetic flux across parallel planes to maintain uniform field strength in planar magnet arrays.
A magnetic separator uses variable fields to induce eddy currents for non-ferrous particle ejection.
A magnetic roller separator uses randomly distributed permanent magnets to generate high magnetic induction for efficient mineral separation.
Partition portions prevent vortex-induced sludge deposition at end flow passages, maintaining recovery efficiency in a rotary drum magnetic separator.
Segmented flow paths with varying cross-sections prevent unsorted substance retention, ensuring accurate separation of magnetic materials.
A magnetic drawer separator uses hollow bored quills with internal non-magnetic stems to attract ferrous contaminants.
Sequential cyclone and magnetic separation of nickel leach residue removes gangue and sulfur impurities, enabling high-grade hematite production.