Gravity Separation Wet Tungsten/ Tin/ Tantalum/ Ore/ Gold Shaking Table

• Type: Beneficiation Machinery
• Weight: 780kg
• Certificate: ISO9001:2008, Ce
• Application: for Ore Processing
• Motor: 1.1kw
• Mining Object: Metallic and Non-Metallic Ore Excavator
• Model NO.: 6-S
• Transport Package: Standard Packing or as Your Requirement
• Specification: ISO9001: 2008
• Trademark: HC
• Origin: Gongyi City, Henan Province, China
• Production Capacity: 50sets/Month

Product Description

Gravity Separation Wet Tungsten/ Tin/ Tantalum/ Ore/ Gold Shaking Table

Mining 6s 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 tailings in one time.

Main Features and Benefits of Gold Shaking Table:
(1) Shaking table in reality it is more like 20-30 times more efficient than a gold pan.

(2) In gold and mineral applications, a full sized gravity table, like the No. 6 Deister Table, will handle 1 ton per hour of sand feed, and less for slime feed, sometimes only 1/2 TPH.

Working Principle of Gold Shaking Table:


The table is comprised of a deck, in somewhat of a rectangular shape, covered with riffles (raised bars running perpendicular to the feed side of the table), mounted in a near flat position, on a supporting frame that allows the table to slide along the long axis of the table.
On a table, with particles of mixed densities, layers of material form, a particle in suspension will be subjected to a greater force the nearer it is to the surface of the water, and will cause it to tumble over those at greater distances from the surface. The combination of the particles tumbling and sliding, the flowing stream with differing velocities, will cause the bed of solids to dilate, and will allow high SG particles to find their way down through the bed of light SG particles, and eventually the low SG particles will work their way to the top, where they will be carried along by the swifter flowing water. In all gravity separations, a difference in specific gravity of the materials needs to be significant, at 1 or greater. I. E., a 2.2 SG material will usually separate from a 3.2 SG material.

Model	Bed Size			Max. Input Size	Stroke	Water Consumption	Area	Bed Fracture Shape	Power	Weight(kg)
	Length	Head Width	End Width
Unit	mm	mm	mm	mm	mm	t/d	m2		Kw	Kg
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