Energy-Saving Rotary Magnetic Separator | 24/7 Operation | Low Maintenance & Cost-Efficient Solutions.

Structural Features

• Drum: Usually made of stainless steel or wear-resistant materials, with a smooth surface to ensure that magnetic particles can be adsorbed and separated smoothly. Permanent magnets or electromagnetic coils are installed inside the drum to generate a magnetic field.
• Drive Device: It provides power to make the drum rotate, generally composed of a motor, a speed reducer, and a coupling, etc. The drive device can precisely control the rotation speed of the drum to meet the separation requirements of different materials.
• Frame: It supports the entire equipment. Usually, it is made of a steel structure and has sufficient strength and stability to ensure that the equipment will not shake or deform during operation.
• Feeding Device: It uniformly conveys the materials to be separated onto the surface of the drum, ensuring that the materials can fully contact the drum under the action of the magnetic field and improving the separation effect.
• Discharging Device: It includes components such as a scraper and a belt, which are used to scrape off the magnetic particles adsorbed on the surface of the drum or convey them to a designated collection container.

Application Fields

• Mining Industry: It is used for the pre-selection and concentration of ores, improving the grade of ores and reducing the energy consumption and cost in the subsequent processing. For example, in the mining of iron ores, the rotary magnetic separator can separate the magnetic iron minerals from the gangue minerals in the iron ores, obtaining iron concentrates with a higher grade.
• Coal Industry: It is used to remove magnetic impurities in coal, improve the quality of coal, and reduce environmental pollution during the coal combustion process. At the same time, it can also recover the magnetic substances in coal to achieve the comprehensive utilization of resources.
• Chemical Industry: In the production and processing of chemical raw materials, it is used to separate magnetic impurities to ensure the purity and quality of products. For example, in industries such as plastics and rubber, the magnetic metal particles in the raw materials can be removed by the magnetic separator to prevent them from having an adverse impact on the production equipment and product performance.
• Food Industry: It is used to remove magnetic metal impurities in food to ensure food safety. For example, in the production process of flour, milk powder, seasonings, etc., the rotary iron remover can effectively remove the mixed magnetic metal particles to avoid harm to the health of consumers.
• Environmental Protection Industry: It is used for the treatment of industrial wastewater and urban sewage. Through magnetic separation technology, the magnetic pollutants in the sewage can be removed to achieve the purpose of purifying water quality. At the same time, it can also be used for the recovery of magnetic metals in the fly ash of waste incineration to achieve the recycling of resource