2015 mining processing Shaking Table machinery for ore

                                              2015 mining processing Shaking Table machinery for ore

6S Shaking table is a mine selecting machine for fine materials working by gravity. It is widely used in the selection of Tin, tungsten, gold, silver, lead, zinc, tantalum, niobium, iron, manganese, ferrotitanium and coal. Shaking table can be used in the ore-dressing practices, such as rough selection, elaborate selection, and scavenging. It also can select and sort coarse sand (2-0.5mm), fine sand (0.5-0.074mm), slime (-0.074) and other different particle sizes. What is more, shaking table can be used for sorting iron, manganese ore and coal. When dealing with tungsten, tin and other minerals, its effective recovery size is 2-0.02 mm. Among a variety of shaking tables, the 6s shaking table produced by our company is all the rage  among ore beneficiation devices.

MAIN STRUCTURE

A shaking table is manly composed of eight components, which are table head, electric motor, slope control, deck, feed box, water tank, rifle spokes and lubrication system. The vertical and reciprocating motion of the deck is driven by the crank-connecting actuator. The motor drives the eccentric shafts to rotate and the connecting rod to move up and down. When the connecting rod makes a downward movement, the toggle plate pushes back shaft and reciprocating lever backward. meanwhile, through the tension of spring, it drives the deck to move backward, because the deck is connected with the reciprocating lever by linkage seat. When the rod moves upward, through the force from spring tension, the deck makes a forward movement.

WORKING PRINCIPLE OF SHAKING TABLE

The motor drives the eccentric shafts to rotate and the connecting rod to move up and down. With the rod moving down, minerals on tilting deck installed by rifle spokes go into the feed box. meantime, water stored in the water tank impacts the minerals laterally. So by the means of shaking and washing, minerals of different sizes and densities flow from discharge outlets, which separate concentrates and tailings clearly and efficiently. Since the mining table concentrators have been upgrading in line with advanced technologies, their production and accuracy have improved significantly.