Ore Wet Magnetic Separator Drum Magnetic Powder Iron Separation Machine

Ore wet magnetic separator drum magnetic powder iron separation machine

Product description:
Magnetic separators are mainly used for the extraction and separation of magnetic ores. They use the adsorption and separation effects of magnetic materials on magnetic ores to separate magnetic ores from non-magnetic ores.
The ore enters the magnetic separator through the feeding device. Through the action of the magnetic system, the magnetic ore is adsorbed to the magnetic material, while the non-magnetic ore is separated from the magnetic material through the screening device, and finally discharged from the discharging device respectively.

Work steps:
1. Feeding: Feed the ore into the magnetic separator through the feeding device.
2. Magnetic adsorption: The magnetic system in the magnetic separator generates a magnetic field, which causes magnetic ores to be adsorbed to magnetic materials.
3. Separation: Under the action of the movement of magnetic materials and screening devices, non-magnetic ores are separated from magnetic ore masses.
4. Discharge: The separated magnetic ore mass and non-magnetic ore are discharged from the discharging device respectively.

Features:
1. The equipment is driven by an electric motor and a control system, and has the characteristics of automatic control and continuous operation.
2. The magnetic separator can efficiently separate magnetic ores from non-magnetic ores and improve the purity and recovery rate of the ores.
3. According to the characteristics and needs of the ore, precise separation of magnetic ore can be achieved by adjusting parameters such as magnetic field intensity and screening device.
4. The magnetic separator has a simple and compact structure and is easy to install and maintain.
5. The magnetic separator is suitable for the extraction and separation of various magnetic ores, including magnetite, pyrrhotite, roasted ore, ilmenite and other materials

Advantage:
1. Through the separation function of the magnetic separator, the recovery rate of ore can be improved and the waste of resources can be reduced.
2. There is no need to add chemicals during the magnetic separation process, which reduces the chemical treatment process and reduces environmental pollution.
3. The magnetic separator can accurately separate magnetic ores and improve the grade and recycling value of the ores.
4. The equipment uses a magnetic system for separation, which does not require a large amount of energy and has high energy utilization efficiency.
5. The magnetic separator has large processing capacity and can meet the needs of large-scale production industries.

Specification: