Core Functions of a Scrap Tire Baler Machine
Essential capabilities that support efficient waste management and recycling workflows
Volume Reduction through Compression
Applies strong hydraulic pressure to loose tires, squeezing out air and pressing tires tightly together to significantly shrink their overall size.
- Makes tires easier to store in warehouses or storage yards
- Reduces transportation costs by fitting more compressed bundles per vehicle
- Cuts down on transportation trips and associated expenses
Adaptability to Different Tire Forms
Processes both whole scrap tires (from cars, trucks, or motorcycles) and pre-shredded tire pieces with appropriate adjustments.
- Adjusts compression force for varying tire thicknesses and structures
- Ensures uniform compaction even for larger, heavier tires
- Compacts shredded rubber into dense bundles, preventing scattering
Secure Bundle Binding
Uses metal wires or straps to bind compacted tires tightly after compression, preventing expansion or disintegration.
- Keeps bales stable during storage, transportation, or processing
- Eliminates need for repeated handling or re-compaction
- Saves time and labor through maintained bundle integrity
Supporting Recycling Workflows
Prepares tires for further processing by creating compressed, bound bales that are easier for recycling facilities to handle. These bales can be directly fed into tire shredders or rubber extraction equipment without additional pre-treatment, streamlining the process of turning scrap tires into reusable materials.
Key Operational Benefits
Efficiency
Streamlines material handling and reduces processing time
Cost Savings
Reduces storage space requirements and transportation costs
Safety
Integrated safety features protect operators during operation
Versatility
Handles various tire types and conditions effectively
