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Environmental Protection Equipment Manufacturer
Early-installed solar panels have now reached their 25-30 year lifespan, generating millions of tons of solar panel waste. Therefore, having reliable solar panel recycling equipment is no longer optional, but essential. It not only helps us achieve complete recycling of end-of-life scrap solar panels, but also provides considerable material recovery.
Materials used to make solar panels
A typical solar panel is made up of several recoverable materials: an aluminum frame, glass, silicon cells, copper wiring, and plastic backsheets. Each of these components can be separated, cleaned, and returned to production cycles. Aluminum can be used to manufacture new frames or for other industrial applications, glass can be used in construction or to manufacture new solar panels, while silicon and copper have high value in the electronics and metals markets. These recycled materials make solar panel recycling not only environmentally friendly but also economically viable.
| Material Type | Current Market Price Range (USD/ton) | Primary Applications |
| Aluminum Frames | $1,800 - $2,200 | New solar frames, automotive parts, construction |
| Glass | $80 - $150 | Construction materials, new panel manufacturing |
| Silicon | $800 - $1,200 | Electronics, new solar cells, semiconductor industry |
| Copper | $7,500 - $8,200 | Electrical wiring, electronics, industrial applications |
| Plastics | $300 - $500 | Various industrial and consumer products |
(Note:data sourced online and subject to change.)
Achieving complete recycling requires specialized equipment that can effectively separate all these materials while maintaining their quality. This is where modern recycling technology makes the difference. The process needs to carefully handle each component through multiple stages - from removing the aluminum frame to separating glass from silicon cells and recovering the valuable metals.
At DOING, we've developed recycling systems that address these specific challenges. Our equipment uses a physical separation process that achieves material recovery rates of over 99% for aluminum frames and over 95% for glass, silicon and copper. What makes complete recycling truly viable is the purity of the output materials - aluminum, glass and plastics reach over 98% purity, while copper and silicon powders exceed 95%. This high quality ensures the recycled materials can actually be reused in manufacturing, including producing new solar panels.
DOING solar panel recycling system
The practicality of solar panel recycling also depends on operational efficiency. DOING's systems are designed to minimize labor requirements through automated processes, with some models needing only 1-2 workers for initial setup. For larger operations, we offer fully automated lines that can run continuously. This efficiency makes complete recycling not just technically possible, but also economically feasible for recycling businesses.
With years of experience in solar panel recycling equipment manufacturing, we understand that complete solar panel recycling requires more than just machinery - it needs comprehensive support from plant design to operational training. That's why we work closely with our customers to ensure their recycling operations succeed both technically and economically.
Henan DOING recycling machine engineer service team
As the solar industry continues to grow, having effective recycling solutions will be crucial for maintaining its environmental benefits. If you're considering solar panel recycling, we're here to share our experience and help you find the right and complete solar panel recycling solution for your needs.