110V/220V/380V Truck Tire Shredder with 200-10000 kg/h Capacity and Dual-Axis Drive Technology

Our comprehensive tire recycling equipment efficiently processes waste truck and car tires into reusable raw materials through advanced mechanical separation technology. The system transforms discarded tires into valuable rubber particles, steel wires, and fibers for sustainable resource recovery.

• Tire Shredder: Utilizes cutting blades to crush waste tires into 1-20mm particles or powder for subsequent processing
• Wire Separation Equipment: Employs vibration screens and magnetic separation to extract steel wires from rubber particles
• Fiber Sorting Equipment: Uses airflow and vibration technology to remove fiber impurities, enhancing rubber powder purity

The tire recycling system features PLC-controlled operation for automated segregation of rubber, steel cords, and nylon fibers. With user-friendly maintenance interfaces and energy-efficient performance, this production line ensures continuous processing capabilities with enhanced durability for industrial applications.

• Dual-Axis Drive Technology: Interlocked staggered knives provide rolling shearing action, reducing jamming and improving crushing stability
• Premium Blade Material: Moving and fixed knives made from Japanese SKD11 steel with HRC60°+ hardness, supporting two-sided replacement and repeated repairs
• Extended Service Life: Over 1,000 tons of processing capacity with proper maintenance
• Modular Design: Quick knife replacement system with hydraulic forced feeding for continuous processing of large tires
• Versatile Processing: Handles steel wire tires up to 2000mm diameter without pre-cutting or wire removal
• High Capacity: Processing range of 200-10,000 kg/h with dual-axis collaboration that reduces energy consumption

This industrial shredder efficiently processes various hard-to-break solid materials including plastic, rubber, fiber, tires, cables, nozzle material, rubber heads, PET bottles, cardboard, circuit boards, wood, and plastic barrels. Select the appropriate model based on your material size and handling capacity requirements.