Technical features:
 Low energy consumption, high magnetic field gradient, uniform magnetic field distribution, long effective magnetic field area, and obvious iron removal effect.
 Fully automatic operation PLC control, the time of each stage of the iron removal and cleaning system can be freely adjusted, and it is widely used.
 The magnetic field strength of the water at the contact point of the mesh medium exceeds 16000 Gauss.
 The dual vibration motor generates high-frequency ground amplitude vibration and adopts high-frequency speed regulation to adapt to the passing capacity of different materials.
 Adopting cooling water circulation for heat dissipation, and ensuring coil safety through current and temperature monitoring.
 Specially designed to remove fine iron particles in powder materials with particle sizes below 50 microns.

Applicable scope:
 The electromagnetic dry powder iron remover is particularly suitable for selecting fine-grained mineral particles, such as magnetic fine-grained black metal hematite, pseudo hematite, limonite, siderite, chromite, manganese ore, etc; Fine grained non-ferrous metal wolframite, fine grained rare metal monazite; And the anti magnetic separation of fine-grained non-metallic minerals such as feldspar, quartz, and kaolin for iron removal. Electromagnetic powder dryers are particularly suitable for mines in arid and water scarce areas.

Operation process:
 Connect the power supply device, start magnetization, open the feeding valve, and the material passes through the magnetized magnetic network. Magnetic substances are adsorbed on the magnetic network, and after purification, the material is discharged from the discharge port. Close the feed valve and discharge port switch, open the iron discharge port, close magnetization, and discharge magnetic impurities from the iron discharge port, thus achieving the iron removal effect