Dewatering screen

When acting on different materials, the structure of the dewatering screen may be different. For example, the sand and gravel dewatering screen on the water washing sand production line and the commonly used tailings dewatering screen in the mineral processing plant are different equipment. Therefore, when selecting and using a mining dewatering screen, it is necessary to select according to the specific material characteristics and production needs to ensure that it can achieve the best performance and effect.

≤10mm

Feed Size

1.9-15KW

Motor Power

30-250 t/h

Capacity

+86-15093222637 send e-mail [email protected]

≤10mm

Feed Size

1.9-15KW

Moter Power

30-250 t/h

Capacity

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+86-150932226

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Advantages of Dewatering screen

Mining dewatering screens play an important role in mining production due to their advantages of efficient dehydration, energy saving, and environmental protection, large processing capacity, simple structure, and strong adaptability.

Efficient dehydration

The mining dehydration screen adopts advanced screening technology and vibration principle, which can quickly and effectively remove the moisture in the material and improve dehydration efficiency. This efficient dehydration capability helps reduce subsequent processing steps and lower production costs.
Large processing capacity

The design of the mining dewatering screen takes into account the needs of large-scale production, and its large processing capacity can meet the needs of mining production of different scales. This makes the dewatering screen an indispensable and important equipment in mining production.
Simple structure and easy maintenance

The mining dehydration screen has a reasonable structure design, simple operation, and easy maintenance and upkeep. The screen is made of high-strength materials with high wear resistance and corrosion resistance, which can adapt to harsh working environments and extend the service life of the equipment.
Strong adaptability

The mining dewatering screen can adapt to materials of different types and particle sizes, and has wide applicability. Whether it is sand, gravel, coal slime, or tailings, dewatering screens can effectively dewater, deslim, and classify materials.

Dewatering screen of Application

● Mining dewatering screens play an important role in the sand-washing process in sand and gravel plants. Washing sand is a process of removing soil and impurities from sand and gravel through water flushing, and the mining dewatering screen can efficiently dehydrate the washed sand and gravel so that it reaches the specified moisture content for subsequent use or transportation.

● Mining dewatering screens also play a key role in the coal slime recovery process in coal preparation plants. Coal slime is a fine-grained material with high water content produced during the coal production process. Through the vibrating screening function of the dewatering screen, the moisture in the coal slime can be effectively removed and the utilization rate and quality of the coal slime can be improved.

● Mining dewatering screens also play an important role in the dry discharge process of tailings in the mineral processing plant. Tailings are the waste left after ore beneficiation and usually contain high moisture. The dehydration treatment through the tailings dewatering screen can greatly reduce the moisture content of the tailings, facilitate the stacking and transportation of the tailings, and also help reduce environmental pollution.

Dewatering Screens for Sand Washing Plants

Dewatering Vibrating Screen Latest Price, Manufacturers

Working principle

Mine dewatering screens usually consist of key components such as screen boxes, vibrators, screens, and damping springs. When the equipment is started, the vibrator drives the screen to vibrate at high frequencies. Materials are evenly placed on the screen and are affected by vibration and gravity.

During this process, due to the vibration of the screen, the moisture and fine impurities in the material are affected by centrifugal force and are forced to pass through the mesh of the screen and be discharged. The screened materials, because their particle size exceeds the mesh size of the screen, will be retained on the screen and continue to move forward with the vibration of the screen.

The screen mesh design of mining dewatering screens usually has a certain inclination angle, which helps the material flow smoothly during the screening process. At the same time, the vibration frequency and amplitude of the screen can be adjusted according to the properties and processing needs of the material to achieve the best dehydration effect.

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Specification

*The output will vary according to different materials, feed particle size and other factors

Model	Motor Power(kw)	Capacity(t/h)	Feeder Size(mm)	Sieve plate parameters		Overall Dimension(mm)
Model	Motor Power(kw)	Capacity(t/h)	Feeder Size(mm)	Size(mm)	Area(㎡)	Overall Dimension(mm)
ZSD1230	1.9	30-80	≤10	1200x3000	3.6	3085x1590x1439
ZSD1236	2.2	30-80	≤10	1200x3600	4.32	3677x1590x1600
ZSD1530	2.2	80-120	≤10	1500×3000	4.5	3075×2491×1601
ZSD1536	3	80-120	≤10	1500×3600	5.4	3200×2491×1802
ZSD1836	7.5	100-140	≤10	1800×3600	6.48	3758×3075×1988
ZSD1842	7.5	100-140	≤10	1800×4200	7.56	4368×3075×2000
ZSD1848	7.5	100-140	≤10	1800×4800	8.64	4791×3065×1959
ZSD2442	11	140-180	≤10	2400×4200	10.1	4403×3737×1931
ZSD2448	11	140-180	≤10	2400×4800	11.52	5008×3737×1977
ZSD3048	15	200-250	≤10	3000×4800	14.4	4959×4518×2218