OSENC Magnetic Separation Burden depth is the material layer a target must be pulled through. As the layer becomes deeper, iron at the bottom is farther from the magnet and restrained by surrounding material. Select from measured normal and
OSENC Magnetic Separation A typical permanent magnetic drum uses a stationary magnetic circuit inside a rotating non-magnetic shell. Ferrous material is attracted to the shell and carried through the magnetic arc; non-magnetic material follows its normal trajectory. After the
OSENC Magnetic Separation Tube spacing must balance magnetic contact with material flow. Closer spacing can bring more powder near a magnetic surface, but reduces open area and increases bridging risk. Select from particle size, flowability, capacity, tube/sleeve diameter, row
OSENC Magnetic Separation Install a magnetic separator only from the approved project drawing and product-specific manual. Before startup, verify structure, lifting, magnetic clearance, alignment, rotation, material and iron discharge paths, guards, access, electrical conditions, and the agreed acceptance test.
OSENC Magnetic Separation Do not choose an NdFeB grade from the N-number alone. Start with the field or force required at the real air gap, then check magnet dimensions, magnetic circuit, operating temperature, opposing field, irreversible-loss limit, coating, tolerance,
OSENC Magnetic Separation Do not decide air eligibility from magnet grade or pull force alone. Evaluate the complete packed shipment using the current applicable air-transport rules and carrier requirements. Strong magnets may need orientation control, separation, steel shielding, distance,
