1
Compaction and Molding Effect
- Tire Baler excels in compaction and molding, tightly compressing loose tires into a compact structure resistant to loosening and deformation.
- After compression, tire volume is significantly reduced, effectively minimizing storage space requirements.
- Allows for more organized stacking, avoiding safety hazards associated with haphazard storage.
- Facilitates subsequent storage and transportation, making it particularly suitable for centralized processing of large quantities of waste tires.
2
Compatibility and Adaptability
- Boasts excellent compatibility and adaptability, accommodating various tire types without requiring additional equipment parameter adjustments.
- Can stably compress tires of different specifications and thicknesses, including car tires, truck tires, and motorcycle tires.
- Achieves uniform compaction without uneven compression or failure to form proper shapes.
- Wide applicability meets the tire processing needs of various scenarios.
3
Operation and Performance
- Operation is convenient and efficient, with equipment running smoothly without noticeable jamming or malfunctions.
- Operation process is simple and easy to understand, requiring no professional technical training.
- Staff can quickly learn to operate it, and the system requires minimal manual intervention.
- Automatically completes feeding, compression, and molding processes, saving labor costs while improving processing efficiency.
- Significantly reduces processing time for single batches of tires.
4
Long-term Performance
- Offers stable and reliable long-term performance with minimal equipment wear.
- Even after continuous operation, maintains excellent compaction and operational status.
- No decrease in compaction strength or deterioration in molding quality due to prolonged use.
- Molded tire blocks are resistant to deterioration and fragmentation during long-term storage.
- Whether subsequently recycled or disposed of, they maintain stable shape, ensuring smooth progress of subsequent processing.
