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Solar Panel Encapsulants Directory

Welcome to the world’s most advanced solar EVA product directory. Panel manufacturers can use our advanced technical filters to find the exact solar encapsulant that match their needs. We have collated EVA data from manufacturers from all around the world into a common template, allowing you to compare and review EVA films easily.

Browse by

Continent 

Thermal Shrinkage (Width /TD) ≤

%

Peel Strength (Encapsulants - Glass) ≥

N/cm

Peel Strength (Encapsulants - Backsheet) ≥

N/cm

Elongation ≥

%

Width ≤

mm

Hardness (Shore A)

to

Gel Content ≥

%

Light Transmittance ≥

%

Melting Point

to °C

Vacuuming Time

to min

Lamination Time

to min

Solar Panel Encapsulants Directory
(139 Individual Encapsulants Models)

Encapsulants Filters
mm mm
%
MPa MPa
  • Type: Standard Cure Tensile Strength: --
    Thickness: -- Thermal Shrinkage (Length / MD) ≤: --
    Region: China China    

    3M white film, High reflectivity helps increasing power efficiency especially for single glass & double glass module. Meanwhile, it plays an important role in improving the module CTM, increasing the power output, especially for double glass modules.

  • Type: Fast Cure Tensile Strength: 10 MPa
    Thickness: 0.65 ~ 0.6 mm Thermal Shrinkage (Length / MD) ≤: 2 %
    Region: India India    
  • Type: Standard Cure Tensile Strength: --
    Thickness: -- Thermal Shrinkage (Length / MD) ≤: --
    Region: China China    

    √ High Transmittance,Higher Power Output

    √ Thermosetting,No Creep, Especially Suitable for Glass-Glass Modules

    √ No Acetic acid,No corrosion , Long Lasting Power Output

    √ First choice encapsulant films for type N or P double-sided cells

    √ Lower MVTR,Excellent Damp-Heat Stability

    √ High Compatibility ,Good Capacity with c-Si, Cd-Te & CIGS Modules

  • Type: Fast Cure Tensile Strength: --
    Thickness: 0.2 ~ 0.8 mm Thermal Shrinkage (Length / MD) ≤: 3 %
    Region: China China    
    • Anti-PID EVA encapsulation film

    • Excellent water vapor barrier performance

    • Weather resistance

    • Higher cost advantage

    • Better anti-PID characteristics

    • Better peel strength retention

  • Type: Fast Cure Tensile Strength: 7 MPa
    Thickness: -- Thermal Shrinkage (Length / MD) ≤: --
    Region: Korea Korea    
  • Type: Fast Cure Tensile Strength: 5 MPa
    Thickness: -- Thermal Shrinkage (Length / MD) ≤: --
    Region: Korea Korea    
  • Type: Fast Cure Tensile Strength: --
    Thickness: 0.2 ~ 0.8 mm Thermal Shrinkage (Length / MD) ≤: 3 %
    Region: China China    
    • White eva encapsulation film

    • Improve the effective utilization rate of visible light

    • Increase generating power

    • has high reflectivity retention rate and high peel strength retention rate for

      long-term use.

  • Type: Fast Cure Tensile Strength: --
    Thickness: 0.2 ~ 0.8 mm Thermal Shrinkage (Length / MD) ≤: 3 %
    Region: China China    
    • Co-extrusion white poe film

    • Perc、topcon single/double glass photovoltaic module

    • Reduce white film spillage after component lamination

    • Low water vapor transmission rate

    • Reduce micro-cracks during cell lamination

    • High reflectivity retention

    • High weather resistance

  • Type: Fast Cure Tensile Strength: 18 MPa
    Thickness: 0.2 ~ 0.8 mm Thermal Shrinkage (Length / MD) ≤: 3 %
    Region: China China    
    • Thermoplastic adhesive film tpo

    • Has the advantages of low packaging temperature and low water vapor transmission rate

    • Maintains excellent weather resistance and good adhesion

    • Can be widely used for the packaging of perovskite batteries and thin film battery modules

  • Type: Ultra Fast Cure Tensile Strength: 16 MPa
    Thickness: 0.45 ~ 0.9 mm Thermal Shrinkage (Length / MD) ≤: 3 %
    Region: China China    

    Anti PID PID EVA film (SV-15,296P&SV-15,297P)

    • Can reduce the risk of component PID

    • Excellent weather resistance (including high temperature, high humidity, ultraviolet, etc.)

    • Low shrinkage to ensure component stability during lamination

    • Fast curing, improve component lamination production efficiency

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