Laminator-Double Layer-Triple Chamber
Triple‑chamber laminator (preheat + lamination + cure): ≥99% uptime, 14–18 modules/10 min (550W base), oil/electric heating, for stable PV module production.
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Details Introduction
Triple-Chamber Design – Preheating, Lamination, and Curing
The advanced triple-chamber configuration is engineered to accelerate the entire lamination cycle, boost module yield, and significantly reduce overall production time. Each chamber performs a specific function to ensure optimal results at every stage:
- Preheating Chamber – Gently raises the temperature of the stacked materials (EVA, glass, cells, backsheet) to an even, ideal level, minimizing thermal stress and preventing cell micro-cracks before lamination begins.
- Lamination Chamber – Applies uniform heat and pressure to firmly bond all layers together, delivering high-quality encapsulation with no bubbles or delamination.
- Curing Chamber – Completes the cross-linking reaction of EVA, enhancing adhesion strength and ensuring the finished module’s long-term stability, weather resistance, and mechanical integrity.
This integrated, sequential process not only improves throughput and reliability but also guarantees superior module performance – making the laminator the ideal choice for high-volume, high-yield PV manufacturing.
Parameter
Parameter | 8727*6 | 8727*6E | 10027*6 | 10027*6E | 11527*6 | 11527*6E |
Overall Dimensions (L×W×H) | 47300mm × 3600mm × 3520mm | 47300mm × 3600mm × 3520mm | 53800mm × 3600mm × 3520mm | 53800mm × 3600mm × 3520mm | 61300mm × 3670mm × 3520mm | 61300mm × 3670mm × 3520mm |
Laminating Area | 8700mm × 2700mm | 8700mm × 2700mm | 10000mm × 2700mm | 10000mm × 2700mm | 11500mm × 2700mm | 11500mm × 2700mm |
Nominal Operating Power | 190 KW | 170 KW | 200 KW | 180 KW | 200 KW | 210 KW |
Heating Plate Thickness | ≥60mm | ≥40mm | ≥60mm | ≥40mm | ≥60mm | ≥40mm |
Total Machine Weight | 200T | 200T | 225T | 225T | 260T | 260T |
Total Operating Power | 210 KW | 500 KW | 440 KW | 540 KW | 440 KW | 630 KW |
Heating Method | Oil Heating | Electric Heating | Oil Heating | Electric Heating | Oil Heating | Electric Heating |
Keyword:
Laminator-Double Layer-Triple Chamber
Can This Laminator Adapt to Your Existing Production Line and Different PV Module Types?
The solar panel laminator offers strong compatibility – it handles conventional, glass‑glass, flexible, high‑efficiency, and shingled modules. We provide multiple configurations (single/double‑layer, dual/triple‑chamber) and flexible platen sizes to match your space and capacity. Its automated material handling seamlessly integrates with upstream/downstream equipment, supporting continuous high‑throughput production with ≥99% uptime to meet your output goals.
How Does the Solar Panel Laminator Ensure Module Quality and Prevent Bubbles or Cell Breakage?
The solar panel laminator uses a triple‑chamber design (preheating + lamination + curing) with independent temperature and pressure control for each stage, precisely matching the EVA cross‑linking process. Combined with a high‑accuracy vacuum system, this effectively eliminates bubbles. The fully automated infeed/outfeed reduces manual handling errors, significantly lowering breakage rates and ensuring high yield and long‑term module reliability.
Contact us
Address: 5 Xingfu Road, Miaoshan Development Zone, Jiangxia District, Wuhan City, Hubei Province, China
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