Feeder & Application of Drilling Mud Linear Motion Shale Shaker

Shale shaker http://www.kosungroup.com/products/solids-control-equipment/shale-shaker.html is mainly using the vibration motor excitation to cheer for the vibration source, and make the mud fluid being thrown up on screen and it do the forward a straight line at the same time. The material into the sieving machine from the feeder evenly eeding port, and though all kinds of specifications by multilayer sieve, and sieved up and under respectively from their respective outlet. Linear shale shaker (linear sieve) with many advantages such as, stable and reliable, low consumption, low noise, long service life, stable vibration mode, high screening efficiency, etc. It is a new type efficient shaker equipment, and it widely used in mining, coal, smelting, building material, refractory material, light industry, chemical industry, etc.

Characteristics and advantages: high efficiency, light quality, variety of series, multiple levels, can meet different needs.

Feeder
The mud returned from the well or cuttings to be treated will flow into the shale shaker via the feeder. The feeders can be categorized into weir type, box type and bucket type. The weir type and box type feeders are mainly used to buffer the flow rate of drilling fluid and evenly distribute the fluid onto the screen to reduce the impact of drilling fluid on the screen, extend the service life of screen and improve the treatment effect. Besides, the weir type feeder can also short-circuit the machine if necessary. The bucket type feeder is mainly used with the dryer shaker to collect and distribute cuttings.

Locking Device
It adopts a self-locking structure, possesses a reliable performance and can be easily operated. It only takes 30 seconds to lock or unlock the screen box. On the market, most shale shakers are fastened by bolts, the operation consumes more time and labor, and fasteners are easily lost.

Structure of Shaker Deck of Drilling Mud Linear Motion Shale Shaker
KOSUN patented shaker is...