The Magnetic Beneficiation Plant separates minerals according to differences in magnetic intensity, making it the main method for upgrading iron ore. Ore is first crushed in a jaw crusher and then ground in a ball mill, and the discharged powder is classified in a spiral classifier that cleans and groups the mixture by sedimentation rate. The classified material passes to a magnetic separator, where magnetic minerals are pulled from the pulp under the combined action of magnetic and mechanical force, and is then further treated in a flotation machine to remove remaining impurities. Finally the concentrate is thickened and dried into a clean, dry product. The plant raises ore grade, reduces detrimental impurities, and also serves to recover heavy-media magnetite and to remove iron from non-metallic minerals.

• Complete Beneficiation Flow: Crushing, grinding, classification, magnetic separation, flotation, thickening and drying work together as one plant.
• Higher Ore Grade: Magnetic separation concentrates the iron and other magnetic minerals, raising grade and reducing harmful impurities.
• Handles Ferrous and Non-Ferrous Ores: The plant suits strongly and weakly magnetic ores, and can combine magnetic, gravity and flotation methods.
• Iron Removal Protection: It removes iron contamination from non-metallic minerals, protecting crushers and downstream processing equipment.
• Media and Slag Recovery: The process recovers magnetite and ferrosilicon heavy media, and can recover steel from metallurgical slag.
• Reliable, Proven Equipment: Robust mills, classifiers and separators keep the plant running steadily with predictable performance.

Magnetic beneficiation plants are used to upgrade iron ore and to separate ferrous and rare non-ferrous minerals, and to recover magnetite and ferrosilicon heavy media from gravity separation. They also remove iron impurities from non-metallic minerals such as kyanite, quartz, feldspar and nepheline, and recover steel from metallurgical slag, making them valuable across mining, mineral processing and metallurgical operations.

The plant is supplied as a coordinated package of machines, with mills, separators and thickeners shipped in protected sections and the motors, magnetic assemblies and control panels crated separately. A full set of layout drawings, process design and operating manuals is provided, and our engineers support installation, commissioning and operator training. The equipment is backed by a twelve-month warranty and a reliable supply of wear and spare parts.