Waste Tyre Recycling System

The Waste Tyre Recycling System is designed to be automated, intelligent, and resource-efficient.

Waste Tyre Recycling System

I. The Benefits of Tyre Recycling

Environmental Mission: Reduce landfill and incineration pollution, safeguarding our blue skies and pristine land.
Resource Regeneration: Achieve 100% recycling of rubber, steel wires, and fibers, eliminating waste.
Economic Value: Recycled rubber, rubber granules, pyrolysis oil, and other products enjoy strong market demand.

II. WALI Tyre Recycling System Introduction

The Wali Metal Shredding and Recycling System is a high-efficiency processing solution that integrates intelligence, automation, and resource utilization. The system’s core equipment includes double shaft shredder, conveyors, Steel wire separator, Magnetic separator, Cyclone collector, Dust removal system, PLC Integrated Line Control System.

Featuring an intelligent control system, the production line achieves fully automated operation. Equipped with advanced dust collection technology, it meets international environmental standards, ensuring clean, efficient production with zero secondary pollution.

This system is designed to recycle waste tires, automatically separating rubber, steel wires, and nylon fibers, transforming “black pollution” into high-value resources. It provides an innovative solution that delivers both environmental benefits and economic returns.

System Introduction

The WALI Waste Tyre Recycling System is a highly efficient crushing solution customized based on the actual needs of customers, offering diversified crushing processing technologies.

I. Primary Shredding Stage
Tires are fed via conveyor belt into dual-shaft shredder for initial crushing
Processed material enters star screen classifier for size separation

II. Star Disk Sieve Closed-loop Refining System
Oversized fragments (screen rejects) automatically return for secondary shredding
Classified material proceeds to steel wire separator for metal extraction

III. Precision Separation Process
Magnetic separation removes bulk steel contaminants

IV. Vibrating feeder performs particle size classification:
Oversized particles recirculate for reprocessing
Qualified material undergoes final magnetic purification

V. Advanced Material Recovery
Cyclone collector captures nylon fiber contaminants
Multi-stage dust removal maintains clean operation

Processing Capacity: 1-15t/h

Output Size: 50–100 mm