Gravity beneficiation shaker

Gravity beneficiation shaker

1、 Overview

Gravity beneficiation shaker | Gravity beneficiation shaker | Mining shaker has the advantages of small footprint, large processing capacity, energy-saving, relatively low equipment cost, high ore enrichment ratio, high sorting efficiency, easy supervision, and easy adjustment of stroke and stroke. When changing the lateral slope and stroke, the bed surface can still maintain a balanced operation. The spring is placed inside the box, with a compact structure, and can obtain the final concentrate and tailings in one go.

2、 Advantages

The traditional 6-S rocking bed has a large floor area, low processing capacity, and large customer investment. Customers who want to use a 6-S single-layer rocking bed are very troubled, but there is no better equipment or method to solve these problems. The introduction of Jinqiang Gravity Separation Shaker | Gravity Separation Shaker | Mining Shaker has solved many problems in the use of 6-S single-layer shaker. Jinqiang Heavy Separation Shaker | Gravity Separation Shaker | Mining Shaker has the advantages of small land area, large processing capacity, energy-saving, relatively low equipment cost, high ore enrichment ratio, high sorting efficiency, easy supervision, and easy adjustment of stroke and stroke. When changing the lateral slope and stroke, the bed surface can still maintain a balanced operation. The spring is placed inside the box, with a compact structure, and can obtain the final concentrate and tailings in one go.

3、 Structure and material:

Gravity beneficiation shaker | Gravity beneficiation shaker | Mining shaker beneficiation uses the same form of base as 6-S large channel steel support shaker, with two legs placed on the large channel steel base. The large channel steel plate is raised and welded to the channel steel support to place the shaker head. The shaker surface is added to the 6-S single-layer shaker bed surface with a bed surface of the same size as the original bed surface. The upper and lower layers are connected and supported by steel plates, with a spacing of 400 millimeters and a free space of about 300 millimeters. The bedside still adopts a double crank rocker mechanism, with the spring box outside the rocker box. The crankshaft, pull rod, spring, rocker and other components have been correspondingly enlarged in size and made of more standardized materials. The bed surface is made of fiberglass, with dimensions of 182315584520 millimeters for both the upper and lower layers. The upper and lower bed surfaces share a set of slope adjustment devices for the lower bed surface, which are supported by shaking elbow plates. The radius of the rotation arc of the seat plate and base is adjusted to increase to 545 millimeters to adapt to the rotation center of the arc support point being in the same line as the center of the traction screw.

4、 Application scope

Gravity beneficiation shaker | Gravity beneficiation shaker | Mining shaker is widely used for beneficiation of tungsten, tin, tantalum, niobium, gold, and other rare and precious metal ores. It can be used for different operations such as rough selection and scanning, selecting different particle sizes such as coarse sand (2-0.5mm), fine sand (0.5-0.074mm), and mineral mud (-0.074). It can also be used for separating iron, manganese ore, and coal. When processing tungsten, tin, and other ores, the effective recovery particle size range of the shaking table is 2-0.22 millimeters.

Gravity beneficiation shaker

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