Plate magnetic separator

The plate magnetic separator, developed by Sanxing Company, is a high-gradient, high-field-strength magnetic separation equipment. 

This magnetic separator is mainly used for iron removal and purification in wet processing of non-metallic ores, especially for quartz, feldspar, nepheline, and kaolin. It can also be used for wet separation of various weakly magnetic metal ores such as hematite, limonite, siderite, manganese ore, ilmenite, wolframite, as well as for separating black and white tungsten and separating wolframite from cassiterite. 

Technical Features 

1. Adopts high-performance NdFeB materials with a unique magnetic circuit design, achieving a surface magnetic field strength of up to 15500GS. 

2. Compared with other permanent magnetic separators, it has a larger magnetic scavenging area and better iron removal effect. 

3. The plate slope is adjustable to achieve optimal iron removal based on material conditions. 

4. The belt speed is adjustable via frequency conversion to achieve better iron removal based on material properties.

5. Uses wear-resistant canvas as the conveyor belt, greatly increasing its service life. 

6. Energy-saving and efficient. 

Working Principle

Ore pulp enters the uniform feeding device of the magnetic separator through the feed pipe and is evenly sprinkled onto the iron-discharging belt at the upper part of the magnetic plate after sufficient dispersion. Under gravity, the pulp flows downward along the inclined direction of the magnetic plate. Ferromagnetic substances in the pulp are firmly adsorbed onto the iron-discharging belt under the strong magnetic field provided by the magnetic rods. The motor drive device drives the iron-discharging belt to move upward along the inclined direction of the magnetic plate, simultaneously carrying the adsorbed ferromagnetic substances into the iron-discharging area. They are then flushed into the tailings hopper by the washing water from the iron-discharging water pipe for centralized collection. Non-magnetic materials continue to flow d

Technical parameters