Sand attrition scrubber
This equipment is mainly used for the dispersion of slime, the removal and scrubbing of impurities on the mineral surface, and the mixing of pulping.

- Product Description
- Advantage Features
- Working principle
- Technical parameters
- Successful Cases
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- Commodity name: Sand attrition scrubber
This equipment is mainly used for the dispersion of slime, the removal and scrubbing of impurities on the mineral surface, and the mixing of pulping.
This equipment is mainly used for the dispersion of slime, the removal and scrubbing of impurities on the mineral surface, and the mixing of pulping.
Application areas:
It is mainly used for the dispersion of slime and the removal of impurities on the mineral surface.Applicable materials:
silicon carbide mullite limestone barite potassium albite feldspar wollastonite dolomite calcite limestone -
1. Wear-resistant and corrosion-resistant, tank lining, impeller are made of wear-resistant materials, with high corrosion resistance.
2. The scrubbing strength is large, and the unique tank structure and impeller configuration are about 30% higher than the traditional scrubbing strength of the same specification scrubbing machine.
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The slurry enters the cavity of the scrubbing machine through the feed pipe, and under the powerful stirring action of the impeller, the slurry produces violent turbulence. The mineral grains have huge kinetic energy in them and produce violent friction and collision with each other. The impurity film wrapped in the surface of the mineral grain is easy to be stripped off the mineral surface after friction and impact due to its low strength. The cement on the mineral surface is soaked in water and then through the strong friction and collision between the mineral particles, it will also be loose and broken, so as to achieve the separation of clay and mineral particles. These film impurities and clay are broken and peeled off into the pulp, which can be separated from the pulp after subsequent desliming. In the actual production process, but also according to the actual situation of mineral to add different agents.
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Model
Volume (m³)
Feeding particle size (mm)
pulp concentration
Power (kw)
Weight (kg)
Overall dimension (mm)
GSC1-1
1
≤ 5
50-60
11
1300
1420 × 1310 × 1860
GSC1-2
2
≤ 5
50-60
11 × 2
2500
2340 × 1310 × 1860
GSC2-1
2
≤ 5
50-60
30
3200
2150 × 1900 × 2780
GSC2-2
4
≤ 5
50-60
30 x 2
5300
3530 × 1900 × 2780
GSC4-1
4
≤ 5
50-60
55
3800
2596 × 2800 × 3441
GSC4-2
8
≤ 5
50-60
55 × 2
7500
4430 × 2800 × 3441
GSC6-2
12
≤ 5
50-60
90 × 2
9500
4900 × 3200 × 4100
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Product Description
This equipment is mainly used for the dispersion of slime, the removal and scrubbing of impurities on the mineral surface, and the mixing of pulping.
Application areas:
It is mainly used for the dispersion of slime and the removal of impurities on the mineral surface.
Applicable materials:
silicon carbide mullite limestone barite potassium albite feldspar wollastonite dolomite calcite limestone
Advantage Features
1. Wear-resistant and corrosion-resistant, tank lining, impeller are made of wear-resistant materials, with high corrosion resistance.
2. The scrubbing strength is large, and the unique tank structure and impeller configuration are about 30% higher than the traditional scrubbing strength of the same specification scrubbing machine.
Working principle
The slurry enters the cavity of the scrubbing machine through the feed pipe, and under the powerful stirring action of the impeller, the slurry produces violent turbulence. The mineral grains have huge kinetic energy in them and produce violent friction and collision with each other. The impurity film wrapped in the surface of the mineral grain is easy to be stripped off the mineral surface after friction and impact due to its low strength. The cement on the mineral surface is soaked in water and then through the strong friction and collision between the mineral particles, it will also be loose and broken, so as to achieve the separation of clay and mineral particles. These film impurities and clay are broken and peeled off into the pulp, which can be separated from the pulp after subsequent desliming. In the actual production process, but also according to the actual situation of mineral to add different agents.
Technical parameters
Model |
Volume (m³) |
Feeding particle size (mm) |
pulp concentration |
Power (kw) |
Weight (kg) |
Overall dimension (mm) |
GSC1-1 |
1 |
≤ 5 |
50-60 |
11 |
1300 |
1420 × 1310 × 1860 |
GSC1-2 |
2 |
≤ 5 |
50-60 |
11 × 2 |
2500 |
2340 × 1310 × 1860 |
GSC2-1 |
2 |
≤ 5 |
50-60 |
30 |
3200 |
2150 × 1900 × 2780 |
GSC2-2 |
4 |
≤ 5 |
50-60 |
30 x 2 |
5300 |
3530 × 1900 × 2780 |
GSC4-1 |
4 |
≤ 5 |
50-60 |
55 |
3800 |
2596 × 2800 × 3441 |
GSC4-2 |
8 |
≤ 5 |
50-60 |
55 × 2 |
7500 |
4430 × 2800 × 3441 |
GSC6-2 |
12 |
≤ 5 |
50-60 |
90 × 2 |
9500 |
4900 × 3200 × 4100 |
Successful Cases
GUOTE MINING
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