Q1: How does the permanent magnet dry powder magnetic separator generate magnetic field, and what is its separation workflow?
A1: It creates strong magnetic field by permanent magnet. Dry powder passes through the rotating drum, magnetic particles are adsorbed and transported, then fall off by gravity at non-magnetic zone to finish impurity separation.
Q2: What magnetic system structure and magnetic source does this machine adopt, and what separation advantages does it have?
A2: Open moving composite magnetic system with NdFeB high-performance magnet source; high tumbling frequency, strong attraction, high iron removal rate, no drum sticking and no material agglomeration.
Q3: What advantages does permanent magnet model have in energy consumption and maintenance compared with electromagnetic type?
A3: No power supply or complex electric control needed, zero running power consumption, daily maintenance-free, no electrical failures, safe and reliable operation.
Q4: What particle size of dry powder is this machine suitable for, and which industries can it serve?
A4: Suitable for 0-3mm dry powder; applicable for abrasive tools, refractory materials, non-metallic mineral separation, carbon black, grain & feed, chemical, quartz sand, ceramic & glass processing industries.
Q5: What magnetic separation equipment can your company produce?
A5: We manufacture full-series magnetic equipment: permanent drawer grille magnets, rotary grille magnets, dry powder electromagnetic separators, slurry electromagnetic separators, drum separators and eddy current separators.