Circular vibrating screen

Capacity: 40-2250 t/h

Discharge Fineness: 2-150 mm

Mineral Processing

Aggregates: manufactured sand, natural sand, gravel, etc.
Minerals: iron ore, copper, gold, etc.
Coal Industry: raw coal, coke, etc.
Chemicals: fertilizers, plastic pellets, etc.
Other Materials: grain, salt, sugar, and other particles.

Applications

Aggregate production lines: screening and classification of aggregates
Mineral processing: classification of ores
Coal industry: screening and sorting of raw coal
Building materials: screening of cement, lime, etc.
Chemical industry: classification of granular products

Liming Heavy Industry's circular vibrating screen is a high-performance and reliable screening equipment, equipped with an advanced vibrating motor as the excitation source. It features high screening efficiency, large processing capacity, and stable operation. Featuring a multi-layer design, it allows for precise, multi-stage screening of materials in one operation, making it an ideal equipment for aggregate production lines, mineral processing plants, etc.

Advantage

1. Screening Efficiency
Screening rate greater than 90%
Processing capacity up to 500 t/h
Configuration of 2 to 4 screen decks possible
2. Stability and Reliability
High-quality vibrating motor for stable excitation force
Special damping system for smooth operation
Continuous operation possible for 24 hours
3. Classification Accuracy
Precise screening with optimal separation
Low mesh clogging rate
Quick and easy screen changes
4. Energy Saving and Ecology
25% energy savings compared to traditional screens
Fully enclosed structure limits dust emissions
Noise level less than 75 dB
5. Intelligent Control
Compatible with a variable frequency drive system
Remote monitoring and control
Automatic alarm function in case of failure
6. Enhanced durability
High-strength steel screen frame
Screens made of wear-resistant materials
Specially treated critical parts for long service life

Working Principle

The vibrating motor generates an excitation force.
The screening frame performs a circular motion under this force.
The materials are projected onto the screen surface.
Particles smaller than the mesh size pass through.
Coarser particles continue their progression forward.
The material is thus precisely classified into several particle sizes.
This equipment ensures efficient screening and optimal separation for various industrial applications.