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KYF Flotation Cell
KYF Flotation CellThe KYF aerated mechanical stirring flotation cell, developed and manufactured by BGRIMM, is a major achievement in China's flotation equipment field. It has been widely applied in industrial sectors at home and abroad, with a total installation of several thousand units.This flotation cell has been...Details -
XCF Flotation Cell
XCF Flotation CellTraditional 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 costsDetails -
HIF Flotation Cell
HIF Flotation CellInheriting the advantages of the classic KYF flotation cell, the HIF flotation cell is a new-generation large-scale aerated mechanical stirring flotation cell. It can be used for roughing, scavenging, and cleaning operations, with a maximum specification of 680 m³, which can meet the needs of mines ...Details -
CLF Flotation Cell
CLF Flotation Cellhe CLF type flotation cell is an equipment specially designed for coarse particles, with excellent flotation capability for unconventional particle sizes and high-density minerals.This equipment is mainly used for separating non-ferrous, ferrous metals, and chemical raw materials. It is suitable for...Details -
CGF Type Wide Particle Size Flotation Machine
CGF Type Wide Particle Size Flotation MachineThe CGF Wide Particle Size Mechanically Agitated Flotation Machine (WPS-MAFM) is a new type of wide particle size mechanical stirring flotation equipment. It has functions such as air self-priming, slurry self-priming, and middlings froth self-priming, and can be configured horizontally to facilitat...Details -
WXF Flotation Cell
WXF Flotation CellAddressing the characteristics of micro-fine minerals, such as light weight, large specific surface area, and increased apparent viscosity and yield stress of the slurry, the technical approach of "high-turbulence mineralization + low-load froth transport" was proposed, leading to the development of...Details