Equipment Features:
High Magnetic Field Intensity: The magnetic system is entirely made of high-performance rare earth neodymium-iron-boron materials, with high coercivity of magnetic blocks that resist demagnetization, high magnetic induction intensity, large magnetic field gradient, and strong capture capability for weakly magnetic minerals;
Large Effective Separation Area: The maximum width of the magnetic separation surface can reach 2.5 m, and the maximum length can reach 3.0 m;
Flat Magnetic Plate Surface: The magnetic blocks and magnetic conductive plates are fixed using a unique fixing method, ensuring firm fixation and a flat surface across the entire magnetic plate;
Uniform Material Distribution: A two-stage buffered and graded material distribution system with uniform mesh openings ensures even contact of materials across the separation width;
No Belt Misalignment: The belt is equipped with retaining strips on the inner side, preventing misalignment during operation, and the belt can be replaced quickly and conveniently;
Clean Iron Discharge: A multi-stage, multi-angle high-pressure flushing system is adopted to achieve complete separation of magnetic products from the separation belt;
Water and Energy Saving: Centralized water supply piping is used to conserve water; each unit is driven by only one motor, resulting in extremely low power consumption.
Applicable Scope:
This equipment is suitable for iron removal and purification of non-metallic minerals such as quartz sand, potassium-sodium feldspar, nepheline, and kaolin, as well as for the separation of weakly magnetic metallic ores including hematite, limonite, manganese ore, wolframite, tantalum-niobium ore, and ilmenite. It can also be used for recovering valuable metallic minerals from tailings.
