Specifications

vibrator screen sieve
1.high screen efficiency
2.strong violent vibration force
3.simple structure
4.easy maintenance

Introduction of sand vibrating screen

With circular moving, circular vibrating screen is a kind of more layers and high efficiency new vibrating screen. Adopting the tube body eccentric shaft vibration exciter and tilt block adjusting amplitude, it screens the materials with longer line and more specifications. It has the advantages of reliable structure, strong vibrating force, high-efficiency screening, lower noise, sturdy and durable, easy to maintain and safety operation, etc. It is widely used to classify the materials in the areas or mine, building materials, communication, energy, chemical, etc.

 

 

Features of sand vibrating screen:

1. Exciter of external eccentric block structure has the advantages of big exciting force, light weight, small load bearing, etc.
2. Novel structure, advanced technical parameters, high capacity, high screening efficiency, simple structure, convenient sieve surface systems.
3.Adopting cross shaft transmission shaft or rubber universal section and flexible connection, so the operation is very smooth.
4. Circle vibrating screen adapts the spring steel screen or punching screen panel, screen box shaking strong, plugging holes is not ealisly blocked.
5. Equipment maintenance is simple and convenient, the machine running efficiency improved obviously.
6. Machine is supported with reliable structure, which has the feature of long service life, corrosion resistance, smooth running, low noise, small impact on foundation, compared with other metal springs.

 

Working principle of sand vibrating screen

The vibrating screen consists of screen box, supporting device, vibration exciter, transmission part, etc. The motor makes the exciter rotate speedily through the v-belt. 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 particles smaller than the mesh size were sieved out during the falling process, so that the classification of material could be achieved.