Product Name:GCT/F High-Intensity Roller Magnetic Separator

Magnetic roller length:300-1500mm

Production capacity0.4-10t/h

Magnetic roller field strength:15000-20000GS

Application Areas: Dry pre-selection of ceramics, glass, refractory materials, abrasives, and weakly magnetic ores such as limonite, as well as dry pre-selection of manganese ore.

Materials: quartz, feldspar, nepheline, mullite, limonite, manganese ore, etc.

Equipment Introduction: Used for removing weakly magnetic impurities from granular or coarse powder materials. It is applied in the purification of non-metallic minerals such as ceramics, glass, refractory materials, and abrasives, as well as in the chemical, food, and pharmaceutical industries. It is also used for dry pre-concentration of weakly magnetic ores like hematite and limonite, and dry beneficiation of manganese ore.

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Highlight advantages:

1. The reasonable combination of a permanent magnetic drum and a permanent magnetic roller results in better iron removal efficiency.

2. The roller adopts a new compensation magnetic mechanism magnetic system, with a magnetic field intensity that can reach8000GS, higher magnetic field strength, stronger suction.

3. The magnetic cylinder system can be designed as a flip-type, significantly improving the removal rate. The rotational speed of the drum and magnetic roller is adjusted via frequency conversion, accommodating a wider range of particle sizes and production capacity requirements.

4. The magnetic roller adopts a composite magnetic system, with a magnetic field intensity reaching15000GS, higher gradient.

5. The controllable feeding system ensures the uniformity of material flow through the magnetic field area. The conveyor belt used for the magnetic roller is made of special materials, offering excellent wear resistance.

6. Automatically removes weakly magnetic oxides, ensuring long-term trouble-free operation.

7. The equipment is equipped with a dust removal outlet, allowing for centralized dust emission to meet environmental protection requirements.