6-S Shaking Table
Surface size of table(mm) : 152*1825*4500
Mine density (%） : 15-30
Introduction
Product introduction
shaking table is a mine selecting machine for fine materials working by gravity. It is Widely used in tin, tungsten, gold, silver, lead, zinc, antimony, bismuth, iron, manganese, titanium, iron and coal.Our factory has a long history of producing shaking table,And constantly developing innovation,From the initial straight shaking table to the single curved wave shaking table (in the 70s of last century); to the hyperbolic wave shaking table(in the 90s of last century),The amount, recovery, and enrichment ratio of the shaker are all greatly increased.
shaking table is a mine selecting machine for fine materials working by gravity. It is Widely used in tin, tungsten, gold, silver, lead, zinc, antimony, bismuth, iron, manganese, titanium, iron and coal.Our factory has a long history of producing shaking table,And constantly developing innovation,From the initial straight shaking table to the single curved wave shaking table (in the 70s of last century); to the hyperbolic wave shaking table(in the 90s of last century),The amount, recovery, and enrichment ratio of the shaker are all greatly increased.
working principle
The process of enriching the shaker is carried out on the surface of the inclined layer with riffle Ore pellets are fed from the supply chute in the upper corners of the layer. At the same time, the side washing water is supplied from the supply trough and the particles are in gravity and side flow, under the action of inertia and friction created by the reciprocating asymmetric movement on the surface of the layer, it is stratified according to the specific gravity and graininess, Moving along the surface of the layer and lateral motion along the surface of the inclined layer. Therefore, the ore particles with different specific gravity and grain size gradually fan out from side A to side B in the direction of their respective movements and are respectively unloaded from different areas from the concentrate and tailings side and, finally, are divided into concentrates, gaps and tails.
The process of enriching the shaker is carried out on the surface of the inclined layer with riffle Ore pellets are fed from the supply chute in the upper corners of the layer. At the same time, the side washing water is supplied from the supply trough and the particles are in gravity and side flow, under the action of inertia and friction created by the reciprocating asymmetric movement on the surface of the layer, it is stratified according to the specific gravity and graininess, Moving along the surface of the layer and lateral motion along the surface of the inclined layer. Therefore, the ore particles with different specific gravity and grain size gradually fan out from side A to side B in the direction of their respective movements and are respectively unloaded from different areas from the concentrate and tailings side and, finally, are divided into concentrates, gaps and tails.
Advantage
The equipment mainly consists of eight systems,such as the head of the shaker ,the electric motor , the slope adjuster, Table surface,Ore feeding Chute, water feeding chute,riffle and the lubrication system.Use the difference in the proportion of minerals being sorted,shaking table head provides differential movement,Inclined water flow and different types of bed strips Make the Mineral particle swarm re loosely stratified on the bed surface.Selective transport, On the surface of the shaker, creates a fan-shaped distribution on the bed which leads to different rich and poor products.
Technical Data
| specification | 6-s |
Surface size of table(mm) |
152*1825*4500 | |
| Stroke(mm) | 10-30 | Motor(kw) | 1.1 | |
| Time/min | 240-360 |
Overall dimensions (mm) |
5454*1825*1242 | |
|
Landscape angle （°） |
0-5 |
Surface weight of table (kg) |
1012 | |
| Feed size |
Mine density (%） |
Flushing water (t/h) |
Capacity (t/h) |
|
| Coarse sand | 2.0-0.5 | 20-30 | 0.7-1.0 | 1.0-1.8 |
| Fine sand | 0.5-0.074 | 18-25 | 0.7-1.0 | 0.5-1.0 |
| Ore mud | -0.074 | 15-20 | 0.4-0.7 | 0.3-0.5 |
