As environmental regulations tighten globally, the transition from "waste management" to "resource recovery" has accelerated. The Waste Tire Recycling Line has emerged as a vital infrastructure for the green economy, converting end-of-life tires (ELT) into high-value raw materials.

A tire is a marvel of engineering, and its recycling requires a multi-stage mechanical approach to recover its constituent parts without degrading their physical properties:

• Rubber Granules & Powder: Used in modified bitumen, soundproofing mats, and new tire compounds.

• High-Tensile Steel Wire: Cleaned of rubber contaminants, it is a premium scrap metal for electric arc furnaces.

• Textile Fiber: Often used as a reinforcement agent in concrete or as high-calorific fuel.

Shun Cheong’s 2025 fully automated recycling solutions focus on "Ambient Crushing Technology," which processes tires at room temperature to preserve the elasticity of the rubber.

The process begins with the Tire Debeader, which extracts the heavy steel bead wires. Subsequently, the whole tire enters a dual-shaft shredder, reducing it into 50mm-100mm chips. This stage is optimized for high torque and low speed to minimize dust generation and energy spikes.

The chips move to a secondary granulator. Here, a sophisticated multi-stage magnetic separation system is employed. By 2025 standards, our systems achieve a 99.9% purity rate for the recovered steel, significantly increasing the market value of the output.

For specialized applications, our centrifugal grinders reduce granules into fine rubber powder. The system includes integrated cooling to prevent the powder from oxidizing or clumping, ensuring a free-flowing, high-quality end product.

Modern recycling facilities must operate within strict ESG (Environmental, Social, and Governance) frameworks. Our lines are equipped with:

• Pulse Jet Dust Collection: Ensuring zero-emission airflow within the factory.

• Acoustic Enclosures: Reducing the noise footprint to below 85 dB, allowing for operation in industrial zones near urban centers.

• Energy-Efficient Motors: Utilizing IE4-grade motors to reduce the carbon footprint per ton of processed rubber.