Product Overview
The double-deck bar type circular vibrating screen is a heavy-duty screening equipment specially designed for coarse material pretreatment. Driven by a side-mounted eccentric block vibrator, the screen body makes circular motion vibration. It has a double-deck structure with red bar screen surface on the upper layer and metal woven screen mesh on the lower layer, focusing on the two-stage screening pretreatment of ore and sand raw materials. The equipment has excellent anti-clogging effect and high screening efficiency, suitable for harsh working conditions such as mines, sand and stone factories, building materials factories, etc. It can separate oversize large blocks and qualified fine materials at one time, and has the advantages of wear resistance, durability and stable operation.
Core Parameters & Specifications
| Model |
Screen Surface Size (L×W) mm |
Processing Capacity (t/h) |
Excitation Frequency (r/min) |
Motor Power (kW) |
Equipment Weight (t) |
| YB1530 |
1500×3000 |
80-180 |
700-850 |
15 |
5.2-5.8 |
| YB1836 |
1800×3600 |
120-280 |
700-850 |
22 |
7.5-8.2 |
| YB2040 |
2000×4000 |
160-380 |
700-850 |
30 |
9.8-10.5 |
| YB2448 |
2400×4800 |
220-500 |
700-850 |
37 |
13.5-14.8 |
Product Advantages & Technical Highlights
- Double-deck classification: Bar + screen mesh combination, realize two-stage screening at one time
- Anti-clogging & high efficiency: Bar screen surface design, suitable for high mud content coarse materials
- Durable structure: Heavy-duty frame + spring shock absorption, resistant to harsh working conditions
- Accurate screening: Circular vibration track, fast material stratification and accurate classification
- Wide adaptability: Universal for coarse material pretreatment, compatible with multiple industries
Applicable Scenarios & Materials
Applicable Industries: Mining, sand and stone, building materials, coal industry
Core Materials: Ore raw materials, sand and stone rough materials, construction waste blocks
Adaptable Materials: Raw coal, tailings coarse materials, large aggregate