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Home > PV Module Production Equipment > Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
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Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment
Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment

Full Automatic PV Solar Panel Recycling Machine High Recovery Rate Solar Module Recycling Equipment

Customization: Available
After-sales Service: Provided
Warranty: 1 Year
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Product Description

PV Solar Panel Recycling Machine
📊 Basic Specifications
Automation
Automatic
Certification
ISO, CE
Name
Solar Panel Recycling Machine
Capacity
500-2000kg/H
Advantage
99% High Separation Rate
Raw Material
Scrap Solar Panels
Final Product
Silicon, Copper, Glass, Plastic Powder
Application
Waste PV Panels Crushing & Sorting
Feature
High Technology
Origin
China
📦 Packaging & Delivery
Package Size
2000.00cm * 500.00cm * 500.00cm
Gross Weight
12500.000kg
Transport
Wood Case
Solar Module Recycling Equipment
💡 Brief Introduction

Solar panel structure: Aluminum frame — Tempered glass — Encapsulant — EVA — Solar cell — Encapsulant — EVA — Backsheet junction box.

We can recycle the metals (copper, silver, etc.), silicon, plastics, and glass generated throughout the process.

Production process
⚙️ Production Process
1
Frame Removal: Employs compression to eject aluminum alloy frames. Removal rate >99%, purity >98%.
2
Glass Removal: Processing time approx 30s per panel. Removal rate 98%, purity 98%.
3
Crusher: Shreds solar cells into granular particles for refinement.
4
Grinder: Fine grinding to prepare material for sorting.
5
Screening Equipment: Separates materials into silicon powder and copper-plastic mixtures.
6
Sorting System: Uses air classification and density separation to isolate copper, silicon, and plastics.
Recycling Facility

Additionally, we are equipped with physical recycling facilities for double-glass photovoltaic modules, as well as pyrolytic recycling equipment for photovoltaic modules, catering to the diverse recycling requirements of various photovoltaic products.

🖼️ Equipment Gallery
Equipment Detail 1 Equipment Detail 2 Equipment Detail 3
Equipment Detail 4 Equipment Detail 5 Equipment Detail 6
Equipment Detail 7 Equipment Detail 8 Equipment Detail 9
🏗️ Production Capacity
Workshop
Sorting line
❓ Frequently Asked Questions
1. What is the core function of this equipment?
This equipment processes scrapped single-glass photovoltaic modules by separating and recycling materials such as glass, aluminum, silicon, silver, and copper.
2. What is the material recovery efficiency?
The removal and recovery rate for aluminum frames reaches 99%, while the glass removal and recovery rate reaches 98%.
3. What are the main process configurations?
It includes a disassembly machine, glass removal machine, crusher, grinder, screening equipment, and a final sorting system.
4. What is the processing efficiency per module?
The glass removal link takes approximately 30 seconds per piece, allowing for efficient continuous batch processing.
5. Can this line handle different types of PV modules?
Yes, in addition to standard single-glass modules, we offer configurations for double-glass modules and pyrolytic recycling for various requirements.
6. What are the final products of the recycling process?
The process extracts high-purity silicon powder, copper powder, glass fragments, and plastic powder for industrial reuse.

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