Product Introduction
Drum sand washer is a large machine mainly used for washing ores, which is applied to wash ores mixed with clay before the ore concentration procedure and to increase the index of ore concentration, commonly used in washing ores like manganese, iron, limestone, tungsten, stannum and silica sand.
Working Principle
Supported by four wheels, the speed reducer is driven by the motor and the cleaning cylinder is driven by gears rotating slowly. The aggregates mixed with clay and stone powder enter from the feeding inlet into the rotary cylinder. They are thrown continuously by the wear-resistant rubber liner installed with a certain angle inside the cylinder. After repeated cycles of moving from the feeding end to the discharging end and clockwise or anticlockwise washing,clean aggregates are discharged after the separation and dehydration of the screen on the outlet. The waste water mixed with sludge flow out of it through the baffle on the feeding or discharging end.
Performance Characteristics
1. High Integrity
Besides the ore stacker, all systems are integrated into the whole frame, which not only guarantees the integrity of the equipment but also leaves a proper space for maintenance and observation. High integrity is convenient and safe for site inventory or the transportation.
2. Reliability
The stone washing system adopts the principle of mixing of the agitator. The raw materials rotate, push and abrade each other continuously by spiral blades inside the agitator. The strong interaction offers high reliability.
3. Economy
The volume of the storage hopper is up to 8m3, which makes the loader reasonably arrange the loading time of the main machine
(such as concrete mixing plant) and the stone washer to avoid frequent transposition between different feeding position and the raw materials. The storage hopper is more than 3 meters wide which makes it easy to load and reduces the labor intensity.
Technical Parameters
Model |
Shell Dimension (mm) |
Screen Cloth Size (mm) |
Rotary Speed (r/min) |
Feeding Granularity (mm) |
Water Consumption (m3/h) |
Output (t/h) |
Power (kw) |
Weight (t) |
GTX1030 |
Φ1000×3000 |
≤20 |
27.9 |
≤80 |
1 |
40 |
15 |
3.8 |
GTX1230 |
Φ1200×3000 |
≤25 |
27.6 |
≤100 |
1.3 |
70 |
22 |
6.7 |
GTX1430 |
Φ1400×3000 |
≤25 |
27.6 |
≤100 |
1.5 |
80 |
22 |
10 |
GTX1545 |
Φ1500×4500 |
≤25 |
21 |
≤160 |
1.7 |
120 |
30 |
13 |
GTX2265 |
Φ2200×6500 |
≤50 |
19 |
≤230 |
1.8 |
180 |
37 |
16.9 |