5 Layer Linear Vibrating Sieve For Dry Powder/Fine Sand:

Application:

Linear Vibrating Screen Sieve is generally used to sifting the material of non-sticky and dry powder , 0.074-5mm size, less than 70% moisture content, etc. Maximum feed particle size is not more than 10mm.


It is made up of vibrating motors, screen box, hopper, vibration damping springs and the support. Thesurface of linear vibrating screen can be inclined installed, and the inclination angle is 10°~15°.

Construction : This equipment is mainly composed of screen box, screen frame, vibration motor, supporting device.

1) Screen box: mainly welded by Q235 plain carbon steel, also can be welded by various kinds of stainless steel according to customer's requirement.

2) Screen frame: screen frame can be made by carbon steel or stainless steel

3) Vibration motor: two sets of horizontal vibration motor installed in the equipment as vibration source, can produce exciting force to adapt to different requirements by adjusting the motor eccentric block at both ends

4) Supporting device: including supporting springs and supporting frame which welded by iron channel. Inclination of the screen can be modulated by changing the height of support legs.

Linear vibrating screen Working Principle:

linear vibration screen is used as a source of vibration excitation by vibrating motor, so that the sieve material being thrown up and forward for linear motion ,in order to match reasonable sieve.There are several balls on the bottom of screen frame hit each other when vibrating, which can clear screen and avoid blocking effectively .

Linear Vibrating Screen Features:

1) Continuous production, single or multi-layer auto-classification filtering

2) Good sealing performance, no dust overflow.

3) Energy-saving and low noise with vibration motor.

4) Start fast and stop smoothly

5) Simple installation, easy operation and maintenance

6) High utilization rate of screen, large unit area, not easy to block, but easy replacement of screen.

7) High-precision screening reach to 96% or above, large processing capacity.

Ms Sara