Efficient Bulk Material Handling Solution
The bridge-type multi-bucket reclaimer is a highly efficient continuous operation equipment designed for handling bulk materials. Primarily used in coal and ore storage yards across power, metallurgy, coal, building materials, and chemical industries, this system continuously retrieves materials through the bucket wheel on the bridge frame and transports them to designated locations via conveyor systems, achieving automated operation with minimal maintenance requirements and reliable performance.
Core Functions & Applications
The bridge-type multi-bucket reclaimer enables continuous material retrieval and stacking operations for bulk materials, making it ideal for large yard material handling. This equipment significantly improves operational efficiency, reduces manual labor requirements, ensures uniform material mixing, and enhances overall material utilization.
Technical Specifications
| Model |
Production Capacity (m³/h) |
Infrastructure Conditions (m) |
Unit Storage Capacity (kW) |
| QDWB120-1140 |
120 |
W-20m/H-7m |
112 |
Key Advantages
- Minimum moving parts with low maintenance requirements
- Durable and reliable operation
- Superior material homogeneity and particle size distribution
- High degree of mixing efficiency
Bridge-Type vs Semi-Bridge-Type Reclaimers
The primary differences between bridge-type and semi-bridge-type reclaimers lie in structural design and operational methods. The bridge-type reclaimer features a fixed, non-elevating bridge frame positioned at a lower level, without a stacking conveyor and tail car. A material rake fixed in front of the bucket wheel on a small cart moves along the material pile's end face, allowing loose material to slide down for bucket wheel retrieval. Semi-bridge-type reclaimers may incorporate different structural features, such as elevating bridge frames, to accommodate various operating environments and requirements.
Process Design Considerations
From a process design perspective, the bridge-type multi-bucket reclaimer must meet overall design process requirements, ensure equipment reliability, and maintain technological advancement. It strictly follows process layouts from design institutes, guarantees stacking and retrieval capacity with storage requirements, and employs different stacking processes according to specific conditions to ensure optimal homogenization effects.
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