SS UFC T-100 EVA

Features

  • PID Resistant
  • Exceptionally High Lumino-Transmittance
  • Shorter Lamination Cycle
  • Broad Melting Temperature Range
  • Ultra Low Thermal Shrinkage
  • Embossed Surface
  • Superior bonding to backsheet and glass owing to its unique formulation
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  1. liability of photovoltaic (PV) solar panels. It ensures : 
    • Extended Lifespan
    • Increased Energy Production
    • Reduc
    • PID (Potential-Induced Degradation) resistance is a beneficial characteristic in solar modules because it helps maintain the long-term performance and reed Maintenance Costs

2. High lumino-transmittance in solar PV (photovoltaic) modules refers to the ability of the module to allow a significant portion of sunlight to pass through and reach the solar cells. Its benefits include : 

    • Increased energy yield
    • Better performance in diffused light conditions
    • Reduced glare

3. Shorter lamination cycle :  A short lamination cycle in the manufacturing of solar photovoltaic (PV) modules offers several advantages for both the production process and the overall efficiency of solar module manufacturing. Some of its key benefits are:

    • a.Increased Production Throughput
    • Improved Energy Efficiency
    • Reduced Material Stress

4. Low thermal Shrinkage :  Low thermal shrinkage in EVA encapsulants is a desirable characteristic for solar PV modules, as it contributes to their structural integrity, reliability, and long-term performance. Modules with encapsulants that exhibit low thermal shrinkage are more likely to maintain their efficiency and durability over time, making them a preferred choice for solar installations.

5. Embossed surfaces in EVA sheets used for solar photovoltaic (PV) encapsulation offer several advantages that can improve the performance, durability, and reliability of solar modules. Some key benefits of using embossed EVA sheets:

    • Enhanced light trapping and reduced reflectance
    • Ensures longer shelf life
    • Minimized Fresnel Reflection Losses
    • Improved Adhesion and lamination
    • Enhanced Moisture Resistance
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Sheetsol introduces its new Thermo-proficient encapsulant, which cures 2 to 3 minutes faster per module manufacturing cycle. This is faster than every encapsulant currently available in the market. This breakthrough formulation is backed by by independent quality tests. Moreover, the encapsulant film developed by Sheetsol boasts a wide processing window, which helps eliminate all past process-related issues.

The product has been rigorously tested and is designed to suitable the standard popular laminating machines.

The quick cure EVA delivers incremental productivity by 10-20% within the existing capacity setup, effectively rendering the felt need for additional capacity addition unnecessary. Our State-of-the-art manufacturing technology ensures the EVA films are produced without induced stresses, allowing it to exhibit ultra low thermal shrinkage.

The Sheetsol range of EVA encapsulates are designed to deliver impeccable performance on the field, this has enabled it to carve a niche for itself across established and emerging solar markets alike.

Ultra low thermal shrinkage in the sheet results in advantages like net material saving, better aesthetics and shorter cycle time at lamination stage.

EVA has superior bonding to backsheet & Glass due to its unique formulation, leading to longer module durability

Excellent Potential Induced Degradation (PID) resistant Encapsulant that results in very low power losses in comparison to most other PID resistant encapsulants.

03-SHEETSOL EVA data sheet