Attrition scrubber
PHOTO

The attrituon scrubber is used to scrub the pulp with a concentration of 65-70% and to scrub the mud and fine sand on the ore. Dispersing the slime in quartz sand to remove the impurities on the ore surface can create conditions for subsequent mineral processing and is an important part of quartz sand production line. It can also be widely used in other industrial areas of scrubbing operation.

Features and technology advantages

1.Small power consumption, strong intensity of scrubbing and stirring, favorable effectiveness;

2.The impeller is above the slurry settling area, easy to start and low power to start;

3.Low circumferential speed of the impeller and long service life;

4.Simple equipment structure, large effective volume and small floor space.

Working principle

The motor drives the main shaft to rotate through the belt pulley, causing negative pressure area on the blade. When the material passes through, it is stirred and rinsed thoroughly, and then pushed out by the blade and flows along the wall of the barrel. As the material is continuously sent in, the cleaned material is constantly discharged from the discharge port to finish the scrubbing work.The ore pulp enters into the chamber through the feeding pipe. Under the strong stirring action of the impeller, the negative pressure zone is generated in the blade. When the ore pulp passes through, it is stirred and rinsed thoroughly, and then pushed out by the blade to flow along the wall of the barrel.The ore pulp particles generate enormous momentum and cause violent friction and collision with each other.The impurity film wrapped on the surface of particles is easy to be separated from the ore surface by friction and impac. The adglutinate on the ore surface is soaked by water and then through the intense friction and collision between the ore particles, the adglutinate will also be loose and broken down, so as to achieve the separation of clay and ore particles.These film impurities and clays are broken down and flaked into the slurry, which can be separated after subsequent desliming.

Specification

Model

Single volume

(m³)

Cell quantity

Input size(mm)

Pulp density

Power (kw)

Dimension (L×W×H) (mm)

Weight
  (kg)

AS0.5-2

0.5

2

0-5

<70%

7.5x2

1340×920×1350

890

AS1-2

1

2

0-5

<70%

15x2

2774x1510x2057

2400

AS2-2

2

2

0-5

<70%

30x2

3012x1597x2997

4800

AS4-2

4

2

0-5

<70%

75x2

3536x1852x5395

9600



1.Small power consumption, strong intensity of scrubbing and stirring, favorable effectiveness;

2.The impeller is above the slurry settling area, easy to start and low power to start;

3.Low circumferential speed of the impeller and long service life;

4.Simple equipment structure, large effective volume and small floor space.


The motor drives the main shaft to rotate through the belt pulley, causing negative pressure area on the blade. When the material passes through, it is stirred and rinsed thoroughly, and then pushed out by the blade and flows along the wall of the barrel. As the material is continuously sent in, the cleaned material is constantly discharged from the discharge port to finish the scrubbing work.The ore pulp enters into the chamber through the feeding pipe. Under the strong stirring action of the impeller, the negative pressure zone is generated in the blade. When the ore pulp passes through, it is stirred and rinsed thoroughly, and then pushed out by the blade to flow along the wall of the barrel.The ore pulp particles generate enormous momentum and cause violent friction and collision with each other.The impurity film wrapped on the surface of particles is easy to be separated from the ore surface by friction and impac. The adglutinate on the ore surface is soaked by water and then through the intense friction and collision between the ore particles, the adglutinate will also be loose and broken down, so as to achieve the separation of clay and ore particles.These film impurities and clays are broken down and flaked into the slurry, which can be separated after subsequent desliming.


Model

Single volume

(m³)

Cell quantity

Input size(mm)

Pulp density

Power (kw)

Dimension (L×W×H) (mm)

Weight
  (kg)

AS0.5-2

0.5

2

0-5

<70%

7.5x2

1340×920×1350

890

AS1-2

1

2

0-5

<70%

15x2

2774x1510x2057

2400

AS2-2

2

2

0-5

<70%

30x2

3012x1597x2997

4800

AS4-2

4

2

0-5

<70%

75x2

3536x1852x5395

9600


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