circular vibration screen manufacture is a kind of multi deck vibrating screen. with
circular motion is specially designed for quarry to separate
crushed stone material into different sizes, and is also used as a
grading machine in coal dressing, ore dressing, construction
material, electric and chemical industries. circular vibration
screen manufacture has a feature of advanced structure, powerful
vibrating forces, low vibration noise, easy maintenance, high
durability and etc.
The Circular Vibrating Screen is consist of vibrator, mesh box,
bearing, suspension gear, and motor. Circular Vibrating Screen is
made by quality stick steel plate, which give it long lifetime for
running. the Circular Vibrating Screen spring designed and made by
our company are of high precision and efficiency.
1. High vibrating force with unique eccentric structure.
2.Steady vibration, reliable operation, low noise,
3. Low energy consumption, long service life,
4.Convenient maintenance, light weight, small volume,
5. High efficiency, easy maintenance, sturdy and durable.
6.With enclosed structure fuselage, dust pollution is prevented.
7.High efficiency and little noise pollution;
8. Stable structure and strong exciting force.
Circular Vibrating Screen uses electric exciter as vibrating
source, the material will be thrown around the screen, at the same
time doing forward sports, in order to achieve the screening
purpose. Material from the feeder evenly enters into the Circular
Vibrating Screen's feeding inlet, with multilayer sieves to produce
various of products and unqualified products on the screen or under
the screen, then discharging from the outlet repectively. Circular
Vibrating Screen can be used in the automatic production line.
The motor makes the exciter swing rotate speedily through the tire
coupling.The continuous forced circular motions of sieve box were
achieved through the powerful centrifugal force.Under the influence
of sieve box, the materiel are tossed forward successively on the
mesh.They were classified as thrown up, and the particals smaller
than the mesh size were sieved out when they are falling, so that
the classification of material could be achieved.
|Model||Screen Size(mm)||Layers||Screen Mesh (mm)||Max Feed Size(mm)||Capacity (t/h)||Power (Kw)||Vibrating Frequency(r/min)||Double Swing (mm)|