Tyre Mill

1.Product Introduction

The Tyre Mill is a type of industrial crushing equipment, typically designed based on mechanical grinding or impact crushing principles. Its structure primarily consists of a feed system, a grinding main unit (such as grinding rollers and rings or high-speed impact devices), a classification system, and a collection device. The equipment can process various types of waste tires, including passenger car tires and truck tires, producing rubber particles or fine powder with controllable particle size. These products serve as important raw materials in fields such as rubber recycling, building materials, and road surfacing materials. 

2.Application

• Rubber Recycling Industry: Serves as raw material for producing reclaimed rubber and rubber products (such as gaskets and seals).
• Building Materials Sector: Used in manufacturing rubber-modified asphalt, waterproofing membranes, soundproofing materials, and more.
• Environmental Protection and Resource Recovery: A critical component in the resource recovery of waste tires, supporting the recycling of solid waste.
• Other Industries: Also finds applications in sports field surfacing and automotive component fillers.

3.Working Principle

Large tire material is conveyed into the grinding chamber after preliminary crushing. Within the chamber, rotating grinding rollers press against the grinding ring under centrifugal force, or high-speed airflow/rotors drive the material to collide violently with each other. The material is crushed and pulverized through grinding and shearing between the grinding rollers and ring, or by high-speed impact. The pulverized material enters the classification zone with the airflow. Particles meeting the required fineness are separated and collected, while coarse particles are returned to the grinding chamber for further pulverization until the target particle size is achieved.

4.Advantages

• High Processing Capacity: The equipment design enables continuous, high-volume processing of tire materials, delivering substantial throughput.

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  Flexible Particle Size Adjustment: Finished rubber powder fineness can be easily controlled by adjusting grinding parameters or the classification system to meet diverse application requirements.

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  High Adaptability: Capable of processing hard, tough tire materials and typically suited for dry grinding processes.

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  Integration and Automation: Easily integrates with classification and collection systems, featuring high automation levels that enhance overall processing efficiency.

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  Environmental Contribution: As specialized tire recycling equipment, it directly supports waste resource utilization and reduces environmental pollution.

5.Technical Specifications

6.Our Solutions