Dewatering Screen


     Dewatering screen, also known as high-frequency dewatering screen, changes the water tension on the surface of the slurry through the exciting force. The slurry water passes through the screen and becomes undersize material, while the fine materials are blocked by the screen to form a filter layer and move forward under the influence of the vibration force.

     The dewatering screen is mainly used for tailings dehydration in the ore dressing industry, coal slime dewatering in the coal preparation plant, dehydration of washed quartz sand and ceramic slurry, as well as dry and wet classification, dehydration, de-medium and desliming of medium and fine-grained materials in electric power, sugar making, salt making and other industrial sectors.

     This kind of screening machine can choose vibration motor or exciter as vibration source.


1. Adopt vibration motors or electromagnetic vibrators or seat type vibration exciters as the vibration source to ensure 24 hours stable and continuous operation.

2. The screen machine beam and screen box are connected by high-strength bolts, without welding.

3. It adopts rubber spring support and vibration isolation, noise less than 75 dB, smooth operation.

4. Optional polyurethane sieve plate and stainless steel slotted screen.

5. Good dehydration effect, large processing capacity, long service life, single layer or double layer available.

6. Simple and compact structure, high rigidity and strength, balanced force distribution, and reasonable vibration parameters.

Working Principle

     The dewatering screen adopts dual-motor self-synchronization technology, universal eccentric block and adjustable amplitude vibrator. It is mainly composed of screen box, vibration exciter, supporting system and motor. Two unconnected vibrators are driven by a soft connection or universal coupling for synchronous and reverse operation. The centrifugal force produced by the two groups of eccentric masses is superimposed along the vibration direction of the component, and the reverse centrifugal offset is offset, thereby forming a single excited vibration along the vibration direction, which makes the screen box move back and forth in a straight line.

Technical Parameters

Model Feeding Size (mm) Screen Area (㎡) Mesh Size (mm) Capacity (t/h) Double Amplitude (mm) Vibration Frequency (Hz) Power (Kw) Weight (T)
ATS-1236 ≤100 4.32 50--0.1 10-25 6-8 16 2×5.5 3.59
ATS-1540 6 15-50 2×5.5 5.43
ATS-1848 8.64 25-100 2×7.5 7.95
ATS-2060 12 50-150 2×11 11.05
ATS-2448 11.52 50-150 2×11 11.5
ATS-2460 14.4 65-180 2×15 14.15
ATS-3060 18 80-200 2×15 16.37
2ATS-1236 8.64 10-30 2×5.5 4.58
2ATS-1540 12 15-60 2×7.5 6.7
2ATS-1848 17.28 30-120 2×11 8.75
ATS-2448 23.04 50-180 2×15 12.9
ATS-2460 28.8 70-200 2×15 15.7
2ATS-2060 24 50-180 2×15 13.54
2ATS-3060 36 100-200 2×22 18.27


Dry tailings: iron tailings, gold tailings, copper tailings, mechanical tailings, lead-zinc tailings, graphite tailings;

Washed sand: dehydration of silica sand, zircon sand, glass sand, construction sand, foundry sand, building material sand, and potassium feldspar;

Coal slime dehydration, and soil remediation;

Sewage treatment: solid-liquid separation of urban sewage, industrial sewage and river sludge, and filtration of sewage treatment plants

Mud treatment: construction mud, drilling mud treatment


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