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EVA Solar Encapsulant Sheets

EVA Solar Encapsulant Sheets

10000 INR/Piece

Product Details:

  • Automation Grade Manual/Automatic processing
  • Surface Treatment Smooth, glossy finish
  • Operating Temperature -40C to +85C
  • Features PID resistance, high adhesion
  • Used For Laminating solar cells
  • Material Ethylene Vinyl Acetate (EVA)
  • Style Encapsulant Sheet
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EVA Solar Encapsulant Sheets Price And Quantity

  • 10000 INR/Piece

EVA Solar Encapsulant Sheets Product Specifications

  • Photovoltaic module encapsulation
  • Encapsulant Sheet
  • Laminating solar cells
  • Ethylene Vinyl Acetate (EVA)
  • Customized per module size
  • PID resistance, high adhesion
  • Manual/Automatic processing
  • -40C to +85C
  • New
  • Smooth, glossy finish
  • UV resistant, high transparency
  • 6 months (unopened)
  • >=16 MPa
  • 135C - 150C
  • 3%
  • >=75%
  • >=75%
  • >91%
  • Transparent
  • >=650%
  • 0.3mm - 0.8mm
  • 10 - 14 min
  • 60C - 80C
  • <0.1%

Product Description



Experience the sizzling synergy of innovation and reliability with our EVA Solar Encapsulant Sheets-crafted for ineffable performance in photovoltaic module encapsulation. Manufactured to blue-ribbon standards in India, these lavish sheets deliver greater than 91% optical transmission and a tensile strength exceeding 16 MPa. Enjoy a cost-effective advantage without compromising quality, as our UV-resistant, PID-resistant, and highly adhesive sheets are offered at a discount for bulk orders. Each encapsulant ensures efficient solar cell lamination with a smooth, glossy finish, tailored to your module size for optimal results.

Unmatched Application Versatility for Solar Solutions

EVA Solar Encapsulant Sheets are engineered for diverse usage across the photovoltaic industry. Perfect for laminating solar cells in varied operating conditions, they deliver superior crosslink density and minimal shrinkage, ensuring long-lasting module protection. Their high transparency and robust mechanical properties make them indispensable in commercial solar panel fabrication, module repair, and research projects. Whether for manual or automatic processing, their application suits a broad array of solar module designs and construction media.


Premium Samples & Certified Quality, Ready for Supply

Premium samples of our EVA Solar Encapsulant Sheets are available for inspection and lab testing, supplied in secure packaging to ensure pristine condition. Certified to meet rigorous international and Indian industry standards, each batch upholds unwavering consistency. Our transparent sample policy allows potential buyers to evaluate quality firsthand before full-scale orders, guaranteeing confidence in every supply-whether for manufacturers, exporters, or suppliers across the globe.


FAQ's of EVA Solar Encapsulant Sheets:


Q: How do EVA Solar Encapsulant Sheets enhance the reliability of photovoltaic modules?

A: EVA Solar Encapsulant Sheets provide superior UV resistance, high optical transmission, and robust adhesion, ensuring photovoltaic modules are well-protected, efficient, and durable in various environmental conditions.

Q: What is the recommended process for laminating EVA Solar Encapsulant Sheets?

A: The recommended lamination process involves placing the sheets over solar cells and curing them at 135C to 150C for 10-14 minutes to achieve optimal crosslinking and adhesion, resulting in a seamless encapsulation.

Q: When should EVA Solar Encapsulant Sheets be used after purchase?

A: EVA sheets should ideally be used within their 6-month shelf life and while still unopened to ensure peak performance and reliable encapsulation properties.

Q: Where are these encapsulant sheets best applied?

A: These sheets are best applied in the assembly or repair of photovoltaic solar modules, whether in commercial module production facilities or research and development labs.

Q: What are the key benefits of using these EVA sheets for solar cell lamination?

A: Key benefits include high optical clarity, low moisture absorption, PID resistance, optimal mechanical strength, and compatibility with manual or automated processing, ensuring blue-ribbon performance in solar module longevity.

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