E-Waste/Copper and Aluminum Water Tank Recycling System - Solutions for sustainable resource reuse
SOLUTION BACKGROUND
As environmental concerns continue to grow, the need to recycle aluminum water tanks has become increasingly important. These tanks are widely used in both industrial and residential water storage, but once they reach the end of their service life, proper disposal becomes essential. Traditional disposal methods not only add to landfill waste but also fail to recover the valuable aluminum they contain.
To address these challenges, the radiator recycling machine was developed. It offers an efficient and eco-friendly solution for processing end-of-life aluminum water tanks. By recovering, refining, and reusing aluminum, the system minimizes environmental impact while promoting a more sustainable and resource-efficient future.
PROJECT INTRODUCTION
System Introduction
Radiator recycling machine is advanced equipment engineered to manufacture high-quality radiators. It processes copper and aluminum materials efficiently, ensuring the product’s quality and heat dissipation performance reach the optimal level. This production line uses innovative technology to meet the needs of a variety of industrial and commercial applications. Whatever the size of your project, it will increase efficiency, reduce costs and ensure your radiators are of the highest standard. This is the ideal solution for machining copper and aluminum radiators.
APPLICABLE MATERIALS
OUTPUT MATERIAL
DISPOSAL SOLUTION
MAIN EQUIPMENTS
Shredder
Shredder use sharp blades to cut and reduce materials into smaller pieces, enhancing recycling and waste management.
Vertical Metal Crusher
Efficiently crushes and compacts metal scrap for easy recycling and reduced storage space.
Eddy Current Separator
Precisely sorts non-ferrous metals from waste streams, enhancing recycling efficiency.
Pulse Dust Collector
Safeguard your workspace from airborne particles, ensuring clean and healthy air.
PERFORMANCE ADVANTAGE
Shredder
Shredders in a radiator recycling machine are specially engineered to break down waste radiators and other complex materials through cutting, tearing, and shearing. Unlike general-purpose shredders, radiator shredders feature enhanced torque, reinforced shafts, and wear-resistant blades to efficiently process aluminum–copper radiators, honeycomb radiators, and collected scrap heat exchangers. These machines are typically classified into various types based on the materials they handle, such as metal shredders, plastic shredders, and fabric shredders. Each type is designed with specific structures and cutting technologies to match the material characteristics and processing requirements, ensuring high efficiency and stable output.
Eddy current
The eddy current separator is a highly efficient separation device engineered to recover non-ferrous metals from shredded radiator materials. It leverages the eddy current principle to generate a rapidly changing magnetic field, which induces repulsive forces on non-ferrous metals and ejects them away from other materials in the mixtur Widely used in scrap processing, metal recycling, and resource recovery applications, the Eddy Current Separator effectively extracts aluminum, copper, brass, and other non-ferrous metals from the processed radiator fragments. By creating motion differences between metallic and nonmetallic materials, it ensures clean material separation and significantly enhances the overall recycling efficiency.
Vertical hammer crusher
The Vertical Hammer Crusher is a highly efficient crushing machine engineered specifically for processing scrap metal. Its compact vertical structure, combined with a heavy-duty hammer design, delivers outstanding crushing performance in metal recycling applications. Equipped with advanced crushing technology, the machine uses a high-speed rotating hammer rotor to continuously strike, shear, and break down various types of scrap metal, ensuring efficient size reduction and separation. This crusher handles a wide range of metal materials, including scrap automotive parts, aluminum radiators, steel offcuts, and mixed metal components. Its adjustable discharge opening allows operators to control the final particle size, providing flexibility for different production requirements and downstream separation processes.