SS Series Fine Sand Collecting System

In traditional wet process of man-made sand, de-soil and dehydrate by spiral sand washer, the loss of man-made sand (especially fine sand) is almost incontrollable. Fine sand recycling equipment reduces the flow away of fine sand effectively, and put it under the control of 5-10%. It well resolves the problem of coarse fineness module of man-made sand, low proportion of stone powder in aggregate processing system.

The spiral (swirler) lined with Polyurethane allows whole system more durable, and accomplishes the functions like condensing pulp, liquid clarification.

Fin sand recycling system recycles in maximum 85% fin particles in total amount of discharge. It possesses unparalleled technical and economic advantages comparing with other equipment.

Vibrating screen is equipped with Polyurethane deck, which is more durable than that of other material, with the meshes uneasy to be blocked.

With particles sufficiently recycled, the workload and cleaning cost in sedimentation basin would be reduced.

Fine sand recycling system reduces the time of random piling of fin material, and realizes direct transportation and market supplying.

Different design for different customer requirement.

Structure: It is mainly composed of motor, residue slurry pump, cyclone, vibrating screen, rinse tank and recycling box, etc.

Working principle:The compound of sand and water is transported to the cyclone by pump, and the fine sand after centrifugal classification concentration is provided to the vibrating screen by the grit setting mouth, after vibrating screen dewater, the fine sand and water are effectively separated. Through the recycling box, little fine sand and mud return again to the rinse tank, and then they are exhausted from the discharge hole when the rinse tank liquid level is too high. The material weight concentration recovered by the linear vibrating screen is 70%-85%. Adjusting the fineness module can be realized by changing the pump rotating speed and pulp concentration, regulating the overflow water yield and replacing the grit mouth, thus achieves its three functions—washing, dewater and classification.