Tire Recycling Machine

Applicable Tire Types

Tire Recycling Challenges

• High Material Toughness：Tires are designed for durability, making size reduction energy-intensive.
• Steel Reinforcement：Embedded steel wires require strong shredding and separation equipment.
• Dust & Fiber Control：Fine rubber dust and fibers require efficient extraction to maintain air quality.
• Volume Reduction：Whole tires consume significant storage and transportation space.

Typical Tire Recycling Process

1. Manual Pre-sorting & Cleaning
   Remove large debris, rims, or contaminants before processing.
2. Primary Shredding
   Feed whole tires into a Twin-Shaft Shredder for initial size reduction into rough tire chips.
3. Secondary Shredding / Rasping
   Further reduce tire chips to smaller sizes, loosening steel wires from rubber.
4. Steel Wire Separation
   Extract steel wires using a Steel Wire Separator.
5. Granulation
   Process rubber chunks through a Granulator / Powerful Crusher to produce uniform granules or powder.
6. Fiber Separation
   Remove textile fibers using an Air Separator.
7. Dust Collection
   Capture fine dust with a Dust Collector / Hammer Mill to ensure safe and clean working conditions.
8. Final Product Collection
   Store rubber granules, steel scrap, and fibers for resale or reuse.

Yung Hsing Advantages in Tire Recycling

• Heavy-Duty Shredders – High torque Twin-Shaft Shredder handles whole tires with steel reinforcement.
• Complete Recycling Lines – From shredding to granulation, separation, and dust control in one integrated system.
• Durable Components – Wear-resistant blades and reinforced gearboxes.
• Custom Configurations – Systems tailored for passenger tire recycling or heavy-duty OTR tire processing.
• Proven Performance – Installed in recycling plants across Asia, Europe, and the Middle East.