GCX Dry Permanent Magnetic Drum Separator

Remove iron contaminants from powdered or fine granular materials. Used for the purification of non-metallic minerals such as refractory materials, glass, ceramics, and abrasives; impurity removal in chemicals, grains, and non-magnetic metal ores; and dry pre-concentration of hematite and limonite.

【Product Model】:GCX Series
【Application Fields】:Remove iron contaminants from powdered or fine granular materials. Used for the purification of non-metallic minerals such as refractory materials, glass, ceramics, and abrasives; impurity removal in chemicals, grains, and non-magnetic metal ores; and dry pre-concentration of hematite and limonite.
【Applicable Materials】:Remove iron contaminants from powdered or fine granular materials. Used for the purification of non-metallic ores such as refractory materials, glass, ceramics, and abrasives; impurity removal in chemicals, grains, and non-magnetic metal ores; and dry pre-concentration of hematite and limonite.

Rare earth permanent magnet materials, when used as magnetic sources, can generate a magnetic field of up to 8000 Gauss, offering deep magnetic penetration and strong suction force.

The feed rate can be adjusted and controlled, with continuous automatic removal of iron impurities.

Configure a cross or flip magnetic field, which can be made into a two-cylinder or multi-cylinder type.

Working principle

The material is evenly fed into the upper feed hopper of the magnetic separator via the feeder, and then cascades onto the magnetic drum. Ferromagnetic materials are adsorbed onto the stainless steel drum shell of the magnetic drum. As the drum shell rotates, they are carried to the iron discharge zone, where the magnetic force is lost, and they fall under gravity into the iron discharge port for collection. Non-magnetic materials directly enter the discharge port for output.

Technical Parameters

The above technical parameters take quartz as an example.