Tailings recovery machine working principle：

Special centrifugal slurry pump cleaning tank sand water mixture transported to the swirl device, centrifugation, the classification of fine sand the grit mouth provided to dehydration vibration sieve, after dehydration vibration sieve, fine sand and water are effectively separated, a small amount of fine sand, mud, etc. the back feed box back to cleaning tank, in the swirler reflux the mixture mixed, was again sent to the hydrocyclone separation. When cleaning the tank level is too high, is discharged through a water outlet. By changing the speed of centrifugal pump, changing the concentration of mortar, adjusting the overflow water, changing the sand nozzle to realize the fineness modulus adjustment, so as to complete the three functions of cleaning, dewatering and grading.

Tailings recovery machine features:

In the wet process of traditional artificial sand, the sand washing and dewatering of the artificial sand are used in the spiral sand washing machine, and the loss of fine sand in the artificial sand can hardly be controlled. The fine sand recovery system can effectively reduce the loss of the amount of fine sand, the control within 5% - 10%, very good solve the artificial aggregate processing system of finished product fineness modulus of sand high, stone powder content on the low side of the problem.

The screen is longer than other types of polyurethane screen vibrating screen without plugging holes.

The inner liner of the cyclone is made of polyurethane, which improves the service life of the whole device, and can finish the work of slurry concentration, liquid clarification and so on.

85% fine particulate materials, with an unparalleled technical and economic advantage of other devices, can be recycled.

Fine particles are fully recovered, reducing the workload of the sedimentation tank, and reducing the cost of cleaning the settling tank.

Reduced fine material stacking time, can be directly transported to the supply market.

According to the user's different requirements, design the same solution.