Beneficiation 600t centrifuge gold Centrifugal Concentrator

1. High recovery and low water consumption

FTL Centrifugal concentrator are more effective in the treatment of fine slime. The recovery rate of 3 mm size is as high as 90%, and the water consumption is reduced by 30% to 40%. The separation of ore particles in centrifugal concentrator is based on the combined action of centrifugal force and transverse flow film, so the common enrichment ratio is higher than that of plane gravity chute.

2. Large capacity and low production cost

FTL Centrifugal concentrator centrifugal force is used by the centrifuge to strengthen the gravity separation process and shorten the separation time. Therefore, the processing capacity of the centrifuge is about 10 times that of the automatic chute.

3. Small floor area, high degree of automation

FTL Centrifugal concentrator is compact in design, small in floor area, easy to integrate into the process of the existing beneficiation production line, and the stroke can be adjusted. Due to the use of electromagnetic speed regulating motor, the stroke can be adjusted steplessly, and the performance reaches the domestic advanced level.

Product application

The drum of mineral processing FTL Centrifugal concentrator centrifuge rotates at a high speed with a certain number of revolutions. The pulp is sent to the inner wall of the drum in two places by the ore separator through the feeding mouth. The pulp rotates with the drum at a high speed. Under the action of centrifugal force, the heavy minerals deposit on the inner wall of the drum and rotate with the drum. The light minerals in the pulp rotate with the drum at a certain differential speed. In the process of rotation, the light minerals from the feeding end rotate with a certain helix angle Along the drum slope direction to the discharge end rotation flow, to the end through the discharge ore separator discharge, that is tailings.

After 3 minutes of separation, the ore separator automatically turns away from the original normal position and stops feeding ore into the drum. After the tailings are discharged, the ore separator automatically turns away from the original normal position and is ready to intercept the concentrate. Then the high-pressure flushing water valve automatically opens and the concentrate deposited on the inner wall of the drum is washed down by the high-pressure flushing water. After the concentrate is washed out, the high-pressure water valve automatically closes and the ore is discharged after the concentrate is discharged The separator and feeder separator reset automatically to start the next separation cycle.

It is composed of a machine frame, a feed pipe, a centrifugal machine, a feed pipe and a discharge pipe.