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Dewatering Screen

Dewatering screen is a kind of linear dehydrated medium vibrating screen. It is used to remove excess moisture in fine aggregates and sand, and you can achieve moisture content as low as 8%.

≤10 mm
Feed Size:
1.9-15 kw
Motor Power:
30-250 t/h
Capacity:
60S Quick response
30 min Technical reply
24h design proposal
365 days to receive service needs

Advantages of Dewatering Screen

The dewatering screen has efficient dehydration performance, which can quickly remove moisture from the material and greatly reduce the moisture content of the material; at the same time, it also has the characteristics of compact structure and small footprint, and can be flexibly installed on different production lines, effectively saving space and improving production efficiency.

Effective Water Removal

Screens are typically made of high-quality stainless steel or polyurethane, which allows for fine and precise separation. Effectively removes moisture.

Reduced Operating Costs

By efficiently dewatering materials, the need for additional drying processes is minimized, reducing energy consumption and operating costs.

Durability

Robust materials and construction, including heavy-duty frames and impact-resistant screens, are used to ensure long-lasting performance.

Customizable

Dewatering screens can be customized in size, mesh type, and configuration to meet specific operational requirements. Widely used in various industries.

Dewatering Screen of Application

Dewatering Screens have a wide variety of applications, including dewatering, desliming, degritting, rinsing, scrubbing, sizing, and washing. They are designed to produce a consistent drip-free product and handle materials such as sand, gravel, crushed aggregates, frac sand, industrial sands, mineral sands, hard rock, precious metals ore, coal, iron ore, salt, and other materials.

What Is The Working Principle Of The Dewatering Screen

Dewatering screen adopts a double-vibration motor as a power supply. The two motors that rotate synchronously and reversely and centrifugal force are produced by two groups of eccentric blocks. This makes the screen body periodical to-and-fro moving along the direction of a straight line, which is for dehydration. 

The slurry passes through the screen and becomes under the screen, while the fine materials are blocked by the screen to form a filter layer and are affected by the vibration force.

Counter-rotating motors create a motion that conveys solids to the discharge end of the screen as water drains through the screen media.

Specification

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

ModelMax Feeding Size (mm)Motor Power (kw)Capacity (t/h)Spec of Screen (mm)Area (m2)Overall size (mm)
ZSD1230≤101.930-801200×30003.63085x1590x1439
ZSD1236≤102.230-801200×36004.323677x1590x1600
ZSD1530≤102.380-1201500×30004.53075×2491×1601
ZSD1536≤10380-1201500×36005.43200×2491×1802
ZSD1836≤107.5100-1401800×36006.483758×3075×1988
ZSD1842≤107.5100-1401800×42007.564368×3075×2000
ZSD1848≤107.5100-1401800×48008.644791×3065×1959
ZSD2442≤1011140-1802400×420010.14403×3737×1931
ZSD2448≤1011140-1802400×480011.525008×3737×1977
ZSD3048≤1015200-2503000×480014.44959×4518×2218

***The capacity will vary according to different materials, feed particle size, and other factors. Please contact VEST for equipment selection for specific projects.

Crushed product size

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