XCF flotation machine

Advantages:

　　1. The air is evenly dispersed, and the gas slurry is well combined; the tailings are less deposited, the peripheral speed is low, and the power consumption is small.

　　2. It can be combined with the KYF flotation machine to form a combined flotation unit for the suction tank; the structural characteristics and performance of the machine are similar to those of the KYF flotation machine. The difference is that a stator is specially arranged above the impeller to form a special Negative pressure zone, self-priming slurry.

　　3. In the flotation process, the rational use of flotation reagents can more effectively sort out useful minerals and gangue minerals.

working principle:

　　The impeller rotates through the motor drive and the hollow main shaft. The slurry in the tank is sucked into the lower impeller from the periphery of the impeller through the inner edge of the lower impeller by the inner edge of the impeller. At the same time, the low-pressure air supplied from the outside enters the air distribution in the lower impeller through the diaphragm, the air-regulating valve and the hollow main shaft. Then, through the small hole around the air distributor, the blade enters between the lower blades of the impeller, and the slurry and air are thoroughly mixed between the blades under the impeller, and then discharged from the outer edge of the lower blade of the impeller. Due to the rotation of the flotation machine impeller and the combination of the cover plate and the central cylinder, a certain negative pressure is generated in the blade on the impeller, so that the medium mine foam and the ore supply pass through the middle mine pipe and the feed pipe flow into the center cylinder, and enter The impeller is placed between the blades and finally discharged from the outer edge of the upper blade. The slurry and air mixture discharged from the outer edge of the impeller blade and the middle ore and the ore discharged from the outer edge of the impeller are stabilized and oriented by the stator installed around the impeller, and then enter the main slurry in the tank, and the mineralized gas bubbles rise to A foam layer is formed on the surface of the slurry, a part of the slurry is returned to the lower blade of the impeller for recycling, and the other part is passed through the flow hole in the groove wall to the next groove for re-selection or discharge as a final product.

Technical Parameters:

Case picture