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    ENLIGHT series PO film

    4015 & XUS66250


    Product introduction 

    ENLIGHTTM series PO is the longest history thermoplastic polyolefin film in PV, with the characteristics of strong adherence to glass, bubble-free during lamination, no residue peroxide, makes it very suitable to encapsulate thin film modules, c-Si modules, as well as flexible modules.


    Performance parameter

    Properties Test Method Units ENLIGHTTM4015 ENLIGHTTMXUS66250
    General gram weight FST Method g/m2 400±20 400±20
    Thickness   FST Method mm 0.50±0.05 0.50±0.05
    Length FST Method m/roll 110 110
    Width FST Method mm
    Customization
    0/+7
    Customization
    0/+7
    Density ASTMD792 g/cm3 0.88±0.05 0.88±0.05
    Melting range FST Method 40-107 40-105
    Shrinkage Rate (120,3min) GB/T29848 MD% <2.0 <4.0
    TD% <1.0 <3.0
    UV-Cutoff Wavelength FST Method nm -- 360
    Transmittance1100nm-400nm GB/T29848 % >85 >85
    Volume Resistivity ASTM/D527 Ω·cm 1.0×1015 1.0×1014
    WVTR ASTM F1249 g/m2.24h <5.0 <5.0
    Strength of Peeling from Glass GB/T29848 N/cm >60 >60
    Strength of Peeling from TPT GB/T29848 N/cm >40 >40
    Note: The gram weight, thickness, length and width of product can be customized.

    ?Trademark of Rohm and Haas Electronic Materials LLC.



    XUR150

    Product introduction

    XUR150 PO is non-crosslinking polyolefin encapsulant with excellent reliability for PV modules, which can be laminated at the temperature lower than 120℃. Thus it is very suitable for perovskite cells.


    Technical specifications

    Note:-GB: Standardization of P. R. China
    -FST Method: Enterprise standard system of P. R. China

    Performance parameter

    Properties

    Test method

    Unit

    XUR150

    General gram weight

    FST Method

    g/m2

    400±20

    General Thickness  

    FST Method

    mm

    0.50±0.05

    General Length

    FST Method

    m/roll

    110

    General Width

    FST Method

    mm

    Customization 0/+7

    Density

    ASTMD792

    g/cm3

    0.88±0.05

    Melting range

    FST Method

    40-107

    Shrinkage Rate (120℃,3min)

    GB/T29848

    MD%

    <3.0

    TD%

    <2.0

    UV-Cutoff Wavelength

    FST Method

    nm

    -

    Transmittance1100nm-400nm

    GB/T29848

    %

    >85

    Volume Resistivity

    ASTM/D527

    Ω·cm

    ≥1.0×1015

    WVTR

    ASTM F1249

    g/m2.24h

    <5.0

    Strength of Peeling from Glass

    GB/T29848

    N/cm

    >60

    Strength of Peeling from TPT

    GB/T29848

    N/cm

    >40

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