EN Equipment Flotation Flotation Cell XCF Flotation Cell
Product Overview
Applications
Technical Features
Classic Cases
XCF Flotation Cell

Traditional aerated mechanical stirring flotation equipment lacks the ability to self-prime slurry, thus requiring a stepped configuration where middlings must be returned by froth pumps, resulting in complex concentrator processes and high infrastructure investment or renovation costs


To address this, BGRIMM has developed the XCF air-forced mechanical flotation cell with pumping function, which integrates slurry suction and mineral flotation capabilities. It is usually combined with KYF flotation cells to form a combined unit, enabling the horizontal configuration of aerated flotation cells and effectively reducing investment and maintenance costs. Currently, the volume of this model ranges from 0.2 m³ to 200 m³


Applications：

It is widely used for the separation of non-ferrous metals, ferrous metals, and non-metallic minerals .It is mainly suitable for concentrators with a daily processing capacity of less than 10,000 tons or for cleaning operations in large-scale concentrators; it is also suitable for the technical upgrading and renovation of existing concentrators, featuring low investment and quick results
Technical Features：
  • 01
    The impeller adopts a double-layer radial blade design: the upper layer consists of radial straight blades, which form a slurry self-priming zone with the impeller cover; the lower layer consists of backward-inclined blades, which form a pre-mineralization zone with the air distributor, realizing slurry suspension, air dispersion, and mineral separation
  • 02
    It is equipped with a central cylinder and an adjustable cover plate structure, enabling stable adjustment of slurry suction capacity
  • 03
    The lightweight feed pipe and middlings box are made of wear-resistant materials, featuring durability and good sealing performance
  • 04
    No middlings return pumps are required in the process, simplifying the flow and facilitating adjustments
  • 05
    It significantly reduces plant height and floor space, with low investment costs; it also has low energy consumption and low operation and maintenance costs
  • 06
    It is suitable for complex flotation processes, such as the comprehensive recovery of polymetallic ores, roughing, scavenging, and cleaning operations with multiple returns; it is also suitable for scenarios where oxidized ores produce large amounts of sticky froth that is difficult to transport
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