Glod, Wolframite, Hematite, Chromite Shaking Table
General Introduction of Shaking Table
Shaking table is one of the main gravity separation equipments, which is widely applied to separate tungsten, tin, tantalum, niobium and other rare metal, noble metal as well, It can also concentrate iron, manganese and coal, etc, it owns the features of high concentration ratio and sorting efficiency, easy management and adjustment, achieving the final concentrate and tailing in one time.
Application of Shaking Table
Shaking table widely uses in ores such as tungsten, tin, lead, zinc, gold, silver, tantalum, niobium, monacite, zircon, ilmenite planting the fissure filling or the placer ore dressing plant in processes the 3-0.019mm granularity ore in the rough sizing and the selection work.
Working principle of Shaking Table
The table is shaken back and forth longitudinally, using a slow forward stroke and a rapid return strike that causes particles to raw along the deck parallel to the direction of motion. The lighter materials move up and over the riffles and down to exit on the tailings side of the table. Wash water is fed at the top of the table at right angles to the direction of table movement. These forces combine to move particles diagonally across the deck from the feed end and they separate out on the table according to size and density. Tables are most commonly used to recover gold from hard rock ores, but can also be used to recover other mineral materials of higher than normal density. They do an excellent job of recovering small gold particles, even with a fairly high feed rate.
| Model |
Bed Size |
Max. Input Size
(mm) |
Stroke
mm |
Water Consumption
(t/d) |
Area
(m 2 ) |
Bed
Fracture Shape |
Power
kw |
Weight
(kg) |
Length
(mm) |
HeadWidth
(mm) |
End Width
(mm) |
| Coarse Sand |
4450 |
1855 |
1546 |
2 |
16-22 |
80-150 |
7.6 |
Rectangle |
1.1 |
780 |
| Fine Sand |
4450 |
1855 |
1546 |
0.5 |
11-16 |
30-60 |
7.6 |
Sawtooth |
1.1 |
780 |
| Slime Sand |
4450 |
1855 |
1546 |
0.15 |
8-16 |
10-17 |
7.6 |
Triangular |
1.1 |
780 |
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