Circular vibrating screens are designed by our company through absorbing Germany advanced technology. It is equipped with adjustable amplitude, long drip line, multi-layered screening with distinct griller and high efficiency. It is particular designed for separating materials into various sizes for further processing in Crusher and widely used in building material,mineral,chemistry, etc.
Features and technology advantages of vibrating screen
1.Use the unique eccentric structure to produce powerful vibrating force.
2.The beam and case of screen are connected with high strength bolts without welding.
3.Simple structure and easy maintenance.
4.Adopting tire coupling and soft connection makes operation smooth.
5.High screen efficiency, great capacity and longer service life.
Working principle of vibrating screen
The motor makes the exciter rotating speedily through the V-belt. Besides, the great centrifugal force produced by rotating eccentric block makes the sieve box do circular motion of some amplitude, together with the impulse transmitted through sieve box on the slope surface, which makes the materials on the screen surface successively tossed forward. Thus the classification is achieved in the process of thrown-up as materials with smaller size than the mesh is falling through.
Specification of vibrating screen
1.Use the unique eccentric structure to produce powerful vibrating force.
2.The beam and case of screen are connected with high strength bolts without welding.
3.Simple structure and easy maintenance.
4.Adopting tire coupling and soft connection makes operation smooth.
5.High screen efficiency, great capacity and longer service life.
The motor makes the exciter rotating speedily through the V-belt. Besides, the great centrifugal force produced by rotating eccentric block makes the sieve box do circular motion of some amplitude, together with the impulse transmitted through sieve box on the slope surface, which makes the materials on the screen surface successively tossed forward. Thus the classification is achieved in the process of thrown-up as materials with smaller size than the mesh is falling through.