The main function is to efficiently separate and classify materials such as ores, waste rocks, and other minerals using magnetic separation technology.
This equipment is suitable for processing materials like copper ore, pyrrhotite, hematite, limonite, molybdenum ore, gold ore, iron ore, and more.
The magnetic separator operates by allowing ore pulp to flow into a tank where it is influenced by a magnetic field, causing magnetic particles to form groups that are attracted to the cylinder's surface while non-magnetic materials fall off.
Key advantages include a wide range of applications, resource saving during operations, high efficiency in waste removal, and improved product quality in various industries.
Yes, the magnetic separator can be customized based on user requirements, including different surface strengths and configurations such as downstream, semi-countercurrent, and countercurrent types.
The equipment can handle feed sizes of less than 3 mm for effective separation.
Industries such as cement, silicate products, building materials, refractory materials, fertilizers, and ferrous and non-ferrous metal beneficiation benefit from this equipment.
The power consumption varies by model, ranging from 1.5 kW to 11 kW, depending on the capacity and specifications.
The trommel screen efficiently removes waste rocks from lean iron ore after crushing, which enhances the ore grade and reduces the processing load in subsequent operations.
The average magnetic induction intensity of the separator ranges from 100 to 600 mT, depending on the configuration.
Yes, regular maintenance is recommended to ensure optimal performance, which includes checking the magnetic system, cleaning, and inspecting for wear and tear.
Technical parameters vary by model, including barrel diameter, barrel length, cylinder speed, feed size, capacity, and power. Please refer to the specifications for detailed information.
Yes, the magnetic separator is effective for iron removal from non-metallic ores, building materials, and other materials.
The magnetic field causes magnetic particles to group together, which are then attracted to the cylinder surface, allowing for the separation of non-magnetic materials.
The design includes a rotating cylinder with alternating magnetic poles that enhances the magnetic stirring effect, ensuring effective separation and reducing processing loads.
Discover our latest orders