Technical data

SkyPlex technical specifications

Every published parameter for the four SkyPlex films, with the test method beside each figure. Values are conservative thresholds from the 2025 technical booklet.

All parameters, all four films

ScreenProtector figures refer to the matte version.

Technical specification comparison across SkyPlex films
ItemUnitPPFPETHybridScreenTest method
Thicknessμm~190~120~170~135ASTM D 3652
Light transmission (VLT)%>90>91>90>90ASTM D 1003
Haze%<1<0.3<130–50ASTM D 1003
UV rejection%>95>95ASTM D 1003
Yellowing index (YI)Index<2<2ASTM D 1925
Elongation at break%>100ASTM D 882
Tensile strengthMPa>10ASTM D 882
Max loadgf>6000ASTM D 882
Young's modulusMPa>50ASTM D 882
Peel adhesiongf/inch>200>750>450<5ASTM D 3330
Water contact angle°>100>110>100ASTM D 5946
Abrasion resistanceHaze %<0.2<1ASTM D 1044
Gloss 60°GU<20ASTM D 2457
UV resistanceYI <2PASSISO 4892-3 / G154
Chemical resistanceOKOKOKISO 2812
Thermal resistanceOKOKOKISO 16750-4
Humidity resistanceOKOKOKASTM D 2247

"—" indicates the parameter is not part of that product's test protocol.

How to read these figures

VLT and haze decide whether a customer notices the film. Above 90% transmission and below 1% haze, an installed windshield film is effectively invisible; ScreenProtector's high haze figure is deliberate, because that is what kills glare on a display.

Peel adhesion is not a case of higher being better. PET's 750 gf/inch keeps a hard, thin film flat on glass for years. ScreenProtector's sub-5 gf/inch exists so the film lifts off a delicate display without stressing it.

The ASTM D 882 block — elongation, tensile strength, max load, modulus — only appears for PPF, because those are the properties that describe an impact-absorbing layer. There is nothing to report there for a hard-coated surface film.

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