Product Description

The shaking table is a gravity separation equipment used to separate fine-grained materials. It can make the mineral particles move in different directions according to their different densities and particle sizes, and fan out diagonally from the ore feed trough, along the bed surface in turn. With edge discharge and long ore discharge line, it can accurately produce a variety of products with different qualities. The mineral processing shaker has the characteristics of simple operation, high enrichment ratio, good separation efficiency and high material recovery rate. Compared with the traditional process, it has the advantages of no chemicals, low energy consumption and easy management. It is mainly used for the rough selection, selection and sweeping of non-ferrous metals, ferrous metals and rare precious metal minerals such as iron, manganese, gold, tungsten, lead, tin, chromium, titanium, bismuth, tantalum and other 2-0.02 mm ore and slime grades. Different mineral processing operations such as beneficiation; in addition, there is also the separation of pyrite in the range of 4-0.02 mm; appropriately changing the bed bar type can be used to separate materials of different particle sizes such as coal and slime as well as coarse sand, fine sand, slime, etc. .

Product Performance

Working Principle

The shaking table is mainly composed of a motor, a slope regulator, a bed head, a bed surface, a sink, a mine trough, a rifle and other parts. The motor drives the belt to drive the pulley to rotate. The crankshaft rotating rocker moves up and down under the rotation of the pulley. The crankshaft rotating rocker is connected to the bed surface. The material is input from the feeding trough at the corner of the bed surface. At the same time, the water tank begins to supply lateral water flow. The crankshaft When the rotating rocker moves downward, the spring inside the bed is compressed by the back thrust of the toggle plate and the reciprocating rod, and the bed moves backward. When the crankshaft rotates the rocker and moves upward, the tension on the spring causes the bed to move forward. The materials on the bed are separated in layers according to their own specific gravity and particle size under the action of gravity, water flow impact force and bed surface reciprocating force. Materials with different specific gravity and particle size are divided in a fan-shaped direction along the direction of movement to obtain concentrates and tailings respectively. , thereby realizing the mineral processing operation of the shaking table.

Technical Parameters