Jiangxi Mingxin Flotation Machine and Magnetic Separator are both core roughing equipment in the mineral processing process. Relying on different separation principles, they adapt to the sorting needs of differentiated materials, each with suitable scenarios in roughing operations such as ore and solid waste recycling, and lay a solid foundation for the subsequent cleaning process.
The Magnetic Separator takes the magnetic difference of materials as the core separation basis, adsorbs magnetic minerals through magnetic field force, and realizes the rapid separation of magnetic and non-magnetic materials. The equipment operates without adding chemicals, featuring a simple process, low energy consumption and no pollution. It has a wide processing particle size range, suitable for the roughing of coarse and fine-grained magnetic materials. It shows outstanding efficiency in iron ore enrichment, magnetic metal recovery from electronic waste and other scenarios, with direct and efficient separation process, low equipment failure rate and easy maintenance.
The Flotation Machine sorts based on the differences in the physical and chemical properties of mineral surfaces. By adding collectors, frothers and other chemicals, it changes the hydrophobicity of the target mineral surface, making it attach to bubbles and float up to achieve separation. The equipment is good at processing non-magnetic/weak magnetic minerals with fine grain size and fine dissemination size, and can complete the precise separation of materials with similar density and magnetism. It has strong adaptability in the roughing scenarios of rare metals in non-ferrous metals, non-metallic minerals and solid wastes such as lithium batteries and circuit boards, providing a guarantee for the subsequent extraction of high-grade concentrate.
As roughing equipment, Jiangxi Mingxin Flotation Machine and Magnetic Separator have no advantages or disadvantages, only scenario adaptation differences. The Magnetic Separator focuses on the low-cost and efficient separation of magnetic materials, while the Flotation Machine focuses on the precise enrichment of non-magnetic fine-grained materials. Selection can be made flexibly according to the mineral composition, particle size, magnetism and other characteristics of raw materials, and they can also be combined to form a separation process, meeting the roughing needs of different mineral processing and solid waste recycling projects, and helping to achieve efficient resource enrichment and recovery.
