Dewatering Industrial Sifter

What is Dewatering Industrial Sifter?

Dewatering Industrial Sifter is a special equipment for slime dewatering operation. It can be used for efficient dehydration of pulverized coal in coal industry and coal preparation plant, and separation of slime. It is commonly used in dehydration, de-intermediation, and desliming in coal preparation, mineral processing and other industries; the mud content can be reduced to less than 0.7%, and the output can reach 350 tons/hour.

Dewatering Industrial Sifter Videos

• sand dehydration

• Handling sediment dewatering

• Sludge dewatering site

Dewatering Industrial Sifter Application

Sand washing industry: used for the separation of slag and water after the mixer, to separate the sand from the cement, and to select the sand to meet the requirements of the building.

Coal slime dehydration: In the coal washing process, the washed coal is separated from the muddy water, and the finished coal is separated from the muddy water.

Dry tailings discharge: It is mainly used for the separation of slag water in tailings, and is widely used in the treatment of iron, gold, copper, vanadium, lead, zinc, graphite and other tailings.

Sewage treatment: solid-liquid separation is carried out for sewage pretreatment, which is applied to garbage separation, large particle removal and fine filtration in sewage.

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  Material: Water and Sediment Mixture

  Output: 400 tons/hour

  Recommended: 1230 Dewatering Industrial Sifter

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  Material: Washing sand dehydration

  Output: 60-80 tons/hour

  Recommended: 1756 Dewatering Industrial Sifter

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  Material: Slime

  Output: 80 tons/hour

  Recommended: 2065 Dewatering Industrial Sifter

Dewatering Industrial Sifter Features

Good dehydration effect: Dewatering Industrial Sifter is installed horizontally as a whole, but the screen is installed at a negative angle to ensure the effect of forced dehydration, and the dehydration effect can be controlled by adjusting the vibration frequency through the frequency converter;

Large output: V-shaped screen surface design, -5° screen surface climbing dehydration, low water content, high screening efficiency, and the output can reach 100 tons/hour. ​​

Uniform feeding: Set up a feeding box to ensure that the material can be fed evenly, and the screen surface relies on the filter layer on the screen to retain fine particles and backlog dehydration.

Continuous dehydration operation: frequency, amplitude, and low power consumption are used to meet a variety of dehydration needs, 24 hours of continuous operation.

How Dewatering Industrial Sifter Works?

When the Dewatering Industrial Sifter works, its exciter includes a universal eccentric block and an adjustable amplitude vibrator. Through the dual-electrode self-synchronization technology, it drives two unconnected vibrators to run synchronously and inversely. The two sets of eccentric mass The centrifugal force generated along the vibration direction is superimposed, and the opposite centrifugal forces cancel each other out, thus forming a single exciting vibration force along the vibration direction, making the screen box move in a reciprocating straight line.

Dewatering Industrial Sifter Specifications

Model	Screen surface		Feeding granularity mm	Handling capacityt/h
	Area	Screen structure
ZSM1542	6	Slot	≤300	75-100
ZSM1556	8	Punch or strip	≤300	30-60
2ZSM1556	8	Upper punch and lower strip	≤300	30-60
ZSM1556B	8	Punch or strip	≤300	30-60
2ZSM1556B	8	Upper punch and lower strip	≤300	30-60
ZSM1756A	9.5	Punch or strip	≤300	50-80
2ZSM1756A	9.5	Upper punch and lower strip	≤300	50-80
ZSM1756B	9.5	Punch or strip	≤300	50-80
2ZSM1756B	9.5	Upper punch and lower strip	≤300	50-80
ZSM1856	10	Punch or strip	≤300	50-80
ZSM2065	13	Punch or strip	≤300	70-100
2ZSM2065	13	Upper punch and lower strip	≤300	70-100
ZSM2065B	13	Punch or strip	≤300	70-100
2ZSM2065B	13	Upper punch and lower strip	≤300	70-100

What Dewatering Industrial Sifter Composition?

Dewatering Industrial Sifter consists of screen box, screen frame, screen mesh, vibration exciter, motor pedestal, vibration damping spring, support system, etc.

Dewatering Industrial Sifter Selection Instructions

1. Dewatering Industrial Sifter is divided into single layer and double layer, and has single-motor gear haulage and dual-motor self-synchronous haulage. Single motor haulage is divided into left and right loading.

2. The screen structure has a slit screen, punched screen plate, such as woven screen and rubber screen plate can be designed according to requirements. When selecting and ordering, the arrangement of the sieve and the size of the sieve should be decided, and if it is not determined, 0.5 mm of the sprinkler seam shall be supplied according to the right arrangement (the motor is located on the left or right side of the material flow direction).

3. The inclination angle of Dewatering Industrial Sifter sieve surface can be adjusted within -2~10°. Choose other angles, user can adjust by themselves.

4. In addition to ZSM185 vibrating screen bolts, which have M20 and M16 specifications, all other screen machine foundation bolts are M20, which are provided by the user.

Dewatering Industrial Sifter Use

Dewatering Industrial Sifter is used with sand washing machine

The sand washed by the sand washing machine is not very clean. The sand contains a lot of mud and is too wet (high water content), which does not meet the production needs of low sand and mud content. The sand and gravel are cleaned by a sand washing machine, and then go through the Dewatering Industrial Sifter for secondary water washing, hydraulic separation, desliming, and dehydration to achieve a reasonable particle size ratio and reduce the mud content to less than 0.7%.

Dewatering Industrial Sifter is used alone

Dewatering Industrial Sifter can also be used alone when acting on some materials with low mud content, without the need for a sand washing machine, such as quartz sand. Because quartz sand generally has low mud content, using sand washing machine to wash sand not only consumes energy but also has poor effect. It is important that Dewatering Industrial Sifter has lower investment cost than sand washing machine.