Aluminum Thermal Break Profiles Recycling Line
Through the comprehensive application of the ENERPAT Aluminum Thermal Break Profiles Recycling Line, we successfully transform aluminum thermal break waste into valuable resources, significantly reducing environmental pressure and strongly promoting the development of a circular economy. Below are the core processes and key benefits of this recycling line:
In the shredding phase, a high-performance hammer mill shredder initially breaks down the aluminum waste, ensuring an appropriate particle size that lays a solid foundation for efficient sorting, thereby enhancing overall processing efficiency.
During the sorting phase, we utilize advanced technologies such as magnetic separation, air classification, and eddy current separation to accurately isolate key resources, including aluminum, plastics, copper, and glass. The specific recovery results are as follows:
Aluminum: Recovery purity exceeds 98%
Plastics: Recovery rate ranges from 30% to 70%
Copper: Recovery rate surpasses 95%
Glass: Recovery rate reaches 80% to 90%
Other Metals: Recovery rate maintains between 70% and 80%
The implementation of these technologies not only enhances resource recovery rates but also ensures the high quality of recycled materials, providing the market with premium recycled resources.
Product Applications
ENERPAT Aluminum Thermal Break Profiles Recycling Line is widely used across multiple industries, playing a crucial role in construction, manufacturing, sustainable design projects, waste management, the automotive sector, and recycling facilities. By efficiently recycling aluminum thermal break profiles, this line supports environmentally friendly building practices, reduces production costs, and meets market demand for sustainable products, thereby promoting the development of a circular economy.
