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Product Description
Brief Introduction
Solar panel structure: Aluminum frame — Tempered glass — Encapsulant — EVA — Solar cell — Encapsulant — EVA — Backsheet junction box.
This advanced system is designed to recycle metals (copper, silver, etc.), silicon, plastics, and glass generated throughout the process, ensuring a sustainable lifecycle for photovoltaic modules.
Production Process
1
Frame Removal: Employs compression to eject and separate aluminum alloy frames. Removal rate exceeds 99%, with recovery purity exceeding 98%.
2
Glass Removal: Processing time per panel is approximately 30 seconds. Glass removal rate reaches 98%.
3
Crusher: Shreds solar cells into granular particles for further refinement.
4
Grinder: Performs fine grinding to prepare material for subsequent sorting.
5
Screening Equipment: Separates materials into distinct fractions including silver-containing silicon powder and copper-plastic mixtures.
6
Sorting System: Utilizes air classification and density separation to isolate copper, silicon, and plastics.
Additionally, we provide physical recycling facilities for double-glass photovoltaic modules and pyrolytic recycling equipment to cater to diverse recycling requirements.
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Frequently Asked Questions
What is the core function of this recycling equipment?
This equipment processes scrapped single-glass photovoltaic modules by separating and recycling materials such as glass, aluminum, silicon, silver, and copper through professional automated processes.
What is the recovery efficiency for the materials?
The removal and recovery rate for aluminum frames reach 99%, while for glass, it reaches 98%, ensuring high-purity recovery of core materials.
What are the main process configurations?
The line includes a disassembly machine (frame removal), glass removal machine, crusher, grinder, screening equipment, and a comprehensive sorting system.
How fast can it process a single solar module?
The glass removal link takes approximately 30 seconds per piece. When combined with the full production line, it allows for continuous and efficient batch processing.
What raw materials can be processed by this line?
It is specifically designed for scrap solar panels, used PV photovoltaic panels, and other waste photovoltaic modules.
What are the final products after the recycling process?
The final recovered products include high-purity silicon powder, copper powder, glass, and plastic powder, all ready for industrial reuse.
FLare Solar
