Shaking Table for Manganese & Iron & gold

Shaking table is also called table concentrator, is the best gravity separation device for fine minerals. it's effective in processing precious and base metal, rare metal and non-metallic minerals, widely used in separation for Gold, Silver, Tin, Columbium, Tantalum, Titanium, Barium, Tungsten, Iron, Chrome, Manganese, Zircon, Lead, Zinc, Mercury, Copper, Aluminum, etc.

Separating precisely is the prominent advantage of shaking table. We can get some final concentrate, final tailing and 1 or 2 kinds of middling product after the first separating from raw mineral.

The enrichment ratio of shaking table is the best in gravity separators, when dealing with low grade tungsten ore and tin ore, the enrichment ratio could reach about 300 times. Besides, the range of separating particle size effectively in dealing with metallic ore is 2 to 0.02 mm.The working principle of Concentrator Shaking Table is to use the combined action of the specific gravity difference of sorted minerals, alternating movement of bed surface, and transverse oblique water flow and riffle (or notch groove), to allow loose layering of ores on the bed surface and fan-shaped zoning. Then different products can be produced.

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.

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.

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.

6-S Gold Shaking table, sometimes also known as wet tables, consist of a vibrating riffled deck mounted on some type of support. A motor, usually mounted separately off to the side, drives a small arm that shakes the table along its length. The riffles are usually not more than half an inch high and cover only about half the table surface. Varied riffle designs are available for specific types of applications. Shaking tables are very efficient in recovering heavy minerals from minus 100 microns (150 mesh) down to 5 microns in size. Heavy minerals of a size greater than 150 mesh are better run through a jig.

Feathures :

-Classification, Concentration, Recovery of Metals, Minerals from Placer or Alluvial Fields.

-Works as a Wash Plant, Gravity Separation Plant for small to medium size Dredging Operation.

-Classification, Pre-Concentration & Recovery of Primary (Hard Rock) deposits of Gold, Base Metals, Ferrous Metals, Diamonds and other Minerals.

1.Characterized by high rich ore ratio, high separating efficiency.

2.Easiness to take charge and convenient adjustment.

3.Keep table surface operate balanced even though changing cross fall and stroke.

4.The springs with compact structure are placed in the table.

5.The final concentrated ore and gangue can be obtained once.

1) Big steel intensity

2) Low water absorptivit, does not increase height 

3) Good wearability of the work surface

4) Anti-chemical corrosion, acid do not avoid medicament in ore pulp

5) Good weather resistance, good shape stability 

6) Good selection function, good index stability

The raw materials on the shaking table are with mixed densities, the suspending particles of the materials will leak down from the shaking table for its bearing the larger force.

When the shaking table works, the raw materials on the table will tumbling and sliding with the shaking table. The different speed of the particles will lead the table expanding, then the particles with smaller size will screening out. The raw mineral materials will be selecting by adjusting the speed of the table.

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