Recycling Equipment Specifications
1
Continuous and Efficient Processing Capacity
This type of equipment utilizes a horizontal feed design, enabling an uninterrupted material feeding and compression cycle. In large-scale recycling scenarios, it can continuously accept large quantities of loose waste without frequent downtime for refilling.
Key Features
- Stable compression rhythm with large volume per cycle
- Rapid transformation of waste into compacted briquettes
- High material throughput per unit time
- Meets high efficiency demands of large-scale operations
The compression mechanism operates at a stable rhythm, achieving a large compression volume per cycle, quickly transforming large volumes of waste.
2
High Level of Automation and Integration
Equipped with a comprehensive automated feeding, compression, and bundling system, it reduces manual intervention. Sensors and control systems coordinate the operation of various components.
Automation Benefits
- Automatic adjustment of feed speed and compression pressure
- Reduced labor costs and operator error
- Standardized processing for batch production
- Stable compression for each material batch
24/7
Operation Capability
Auto-Adjust
Pressure Control
Smart
Sensor System
3
Space Utilization and Operational Convenience
The horizontal structure allows for seamless integration with conveying equipment, forming a coherent recycling processing line.
Design Advantages
- Direct conveyor belt feeding eliminates manual handling
- Optimized layout despite large footprint
- Briquette discharge facilitates transport vehicle docking
- Reduces intermediate briquette transfers
Materials can be fed directly into the equipment via a conveyor belt, eliminating the need for manual handling and lifting, reducing labor intensity.
4
Durability and Maintenance Suitability
To meet the demands of high-intensity operations, key components utilize wear-resistant materials and reinforced structures.
Reliability Features
- Wear-resistant materials for long-term operation
- Enhanced lubrication system
- Fault monitoring with timely warnings
- Centralized maintenance points
Reinforced
Structures
Easy Access
Maintenance
Stable
High Loads
