1. Material Properties Determine Application Scenarios

EVA offers high transparency and good processability, widely used in standard solar panels. POE has low water vapor transmission, excellent aging resistance, and is suitable for double-glass modules and high humidity environments. EPE has foam-like cushioning features, ideal for lightweight or shock-absorbing solar packaging designs.

2. The Core of Multi-Material Compatible Extrusion Line

An extrusion line that supports EVA, POE, and EPE must ensure precise temperature control, optimized screw design, flexible die configurations, and advanced tension/thickness regulation. GWELL’s multi-purpose film extrusion lines are designed to switch between materials without needing to change the entire equipment set, greatly improving operational flexibility.

3. Can It Meet All Encapsulation Needs? Consider These Aspects:

• Film Layer Flexibility: Can the line support single-layer, dual-layer, and three-layer co-extrusion for various panel structures?

• Adjustability of Process Parameters: Can temperature zones, casting speeds, and cooling methods be adapted for different materials?

• Stability and Throughput: Is the equipment capable of continuous production under high load, ensuring consistent output?

• Automation and Control: Does the system support intelligent recipe storage and auto-switching for efficient transitions?

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4. Final Evaluation

For solar module manufacturers, a highly compatible extrusion line not only reduces capital expenditure but also provides adaptability to changing market demands. As multi-spec and multi-application encapsulation becomes standard, this type of equipment is increasingly preferred.

Conclusion:

As long as the extrusion line has strong material adaptability and process flexibility, one line compatible with EVA, POE, and EPE can absolutely meet the diverse needs of solar module encapsulation.