Intelligent tire recycling system - green recycling and efficient utilization
SOLUTION BACKGROUND
With the rapid development of the automobile industry, the demand for tires is increasing. Tire production lines are key manufacturing processes used to produce all types of tires, from small automotive tires to large commercial vehicles and construction machinery tires. It includes a number of processes, such as molding, molding, vulcanization and testing. Efficient and precise production lines are the key to ensuring tire quality, increasing production and reducing costs. In this highly competitive market, the technology of the tire production line is constantly innovated to meet the growing global demand.
PROJECT INTRODUCTION
System Introduction
Tire Recycling System efficiently processes waste tires into valuable materials like rubber granules, steel wire, and alternative fuel (TDF). Featuring multi-stage shredding, automated separation, and energy-efficient design, it ensures high output, minimal waste, and sustainable resource utilization for various applications.
APPLICABLE MATERIALS
OUTPUT MATERIAL
DISPOSAL SOLUTION
MAIN EQUIPMENTS
Shredder is the ultimate solution for efficient material reduction, suitable for various applications. Get top-quality shredding performance.
Disc Screen
Designed for tire recycling, it shreds efficiently, aiding in eco-friendly disposal and resource recovery.
Our advanced solution for efficient material size reduction and recycling. Tailored for various applications, it optimizes waste processing.
PERFORMANCE ADVANTAGE
The Tire Shredder is a versatile machine specifically designed to process end-of-life tires into smaller, manageable pieces for recycling or further processing. Utilizing advanced cutting and shredding technologies, the shredder efficiently breaks down whole tires—including rubber, steel wire, and fiber—into uniform rubber chips or blocks. This equipment plays a vital role in tire recycling lines, enabling the efficient reduction of waste tires for subsequent steps such as steel separation, granulation, and fine rubber powder production. The shredded rubber materials can be reused in various applications, including rubber mulch, playground surfaces, and rubberized asphalt.
The Rubber Crushing Machine is a specialized piece of equipment designed to process waste tires into fine rubber granules or powder for recycling and reuse. The equipment uses high-speed crushing technology to efficiently crush rubber fragments into uniform particles. Widely used in tire recycling lines, the Rubber Crushing Machine enables the production of high-quality rubber powder, which can be applied in manufacturing rubber mats, sports surfaces, rubber-modified asphalt, and other value-added products. The machine is engineered for precision, efficiency, and durability, ensuring stable performance even under continuous operation.
Rasper is an essential piece of equipment in waste tire recycling lines, designed to process shredded tire materials into smaller, uniform particles. Through its robust grinding and cutting mechanisms, the rasper effectively separates rubber from steel and fiber components, preparing the materials for further refinement. This versatile machine ensures efficient size reduction, making it an integral part of recycling processes aimed at converting waste tires into valuable resources like rubber granules and steel wire. Its durability and adaptability make it suitable for handling the tough demands of tire recycling, contributing to sustainable waste management solutions.
Miller
The Miller is an essential piece of equipment in the tire recycling process, designed to grind rubber granules into ultra-fine rubber powder for high-value applications. Utilizing precision milling technology, this machine efficiently processes pre-crushed rubber materials to achieve consistent particle sizes, typically ranging from 30 to 100 mesh. As a key component in tire recycling lines, the Tire Miller transforms waste tires into fine rubber powder, supporting waste reduction, resource recovery, and sustainable manufacturing. Its efficient operation contributes to environmental protection and the advancement of the circular economy.
