| MOQ: | 1 |
| Price: | negotiate |
| Standard Packaging: | Cartons |
| Delivery Period: | 1-3 working day |
| Payment Method: | T/T,L/C |
The laboratory shaking table is designed for ore selectivity research, flotation-free beneficiation experiments, and gravity beneficiation in small mines. The 1100×500 mm model is sized for laboratory benches and pilot rooms, separating fine-grained gold ore and other heavy minerals from gangue through differential bed movement and cross-flow wash water.
Ore pulp is fed onto the inclined table bed with wash water. The reciprocating motion transports particles along riffles while water film stratifies the material: heavy mineral grains settle into riffles and move to the concentrate end, while lighter gangue washes across to tailings. Throughput reaches 20-60 kg for slime feeds and 40-100 kg for ore sand feeds per working cycle.
| Parameter | Value | Unit |
|---|---|---|
| Bed size | 1100×500 | mm |
| Stroke | 9~17 | mm |
| Times of stroke | 280~460 | r/min |
| Inclination angle of bed surface | 0~10 | ° |
| Feed - Slime | -0.074 | mm |
| Feed - Ore sand | -2 | mm |
| Feed density | 10~30 | % |
| Throughput - Slime | 20~60 | kg |
| Throughput - Ore sand | 40~100 | kg |
| Water consumption | 2~10 | L/min |
| Power | 0.55 | kW |
| Outline size | 1730×500×800 | mm |
| Weight | 145 | kg |
Y&X Beijing Technology Co., Ltd., established in 2014 and located in Beijing, China, provides comprehensive professional solutions for overseas mining companies. The company's laboratory gravity separation and mineral processing equipment is applied in mining, construction and laboratory research in Russia, Mongolia, Chile, Australia, Zimbabwe, Thailand, Laos, Indonesia, Tanzania, Nigeria and other countries and regions.
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|
| MOQ: | 1 |
| Price: | negotiate |
| Standard Packaging: | Cartons |
| Delivery Period: | 1-3 working day |
| Payment Method: | T/T,L/C |
The laboratory shaking table is designed for ore selectivity research, flotation-free beneficiation experiments, and gravity beneficiation in small mines. The 1100×500 mm model is sized for laboratory benches and pilot rooms, separating fine-grained gold ore and other heavy minerals from gangue through differential bed movement and cross-flow wash water.
Ore pulp is fed onto the inclined table bed with wash water. The reciprocating motion transports particles along riffles while water film stratifies the material: heavy mineral grains settle into riffles and move to the concentrate end, while lighter gangue washes across to tailings. Throughput reaches 20-60 kg for slime feeds and 40-100 kg for ore sand feeds per working cycle.
| Parameter | Value | Unit |
|---|---|---|
| Bed size | 1100×500 | mm |
| Stroke | 9~17 | mm |
| Times of stroke | 280~460 | r/min |
| Inclination angle of bed surface | 0~10 | ° |
| Feed - Slime | -0.074 | mm |
| Feed - Ore sand | -2 | mm |
| Feed density | 10~30 | % |
| Throughput - Slime | 20~60 | kg |
| Throughput - Ore sand | 40~100 | kg |
| Water consumption | 2~10 | L/min |
| Power | 0.55 | kW |
| Outline size | 1730×500×800 | mm |
| Weight | 145 | kg |
Y&X Beijing Technology Co., Ltd., established in 2014 and located in Beijing, China, provides comprehensive professional solutions for overseas mining companies. The company's laboratory gravity separation and mineral processing equipment is applied in mining, construction and laboratory research in Russia, Mongolia, Chile, Australia, Zimbabwe, Thailand, Laos, Indonesia, Tanzania, Nigeria and other countries and regions.