PET matte aluminum film, double-sided matte aluminum film, yin-yang film, half aluminized film
Material: PET aluminized film, CPP aluminized film
Thickness: 8-38μm
Width: 2-270㎝, can be cut
Length: 6000m/roll, 12000m/roll, 24000m/roll, large roll can be cut
Scope of application: food packaging, liquid sauce packaging, powder packaging, toy packaging, etc.
PROPERTY | TEST METHOD | UNIT | TYPICAL VALUE |
Thickness | DIN 53370 | micron | 50 |
Surface Tension | ASTM D 2578 | mN/m | 40 |
Gloss (45°) | ASTM D 2457 | % | 34 |
Heat Shrinkage (MD/TD) | BMS TT 0.2 (150ºC, 30min) | % | 1.2 / 0.5 |
Coefficient of Friction (MD/TD) | DIN 53375-A | ---- | 0.39 |
Tensile Strength (MD/TD) | ASTM D 882 | MPa | 202 / 242 |
Remarks: The above values of the properties obtained in our laboratory test. These values are for informative purpose and not in guarantee or warranty in any specific conditions. Users are advised to conduct their own testing to determine product suitability to use.
* Excellent barrier properties
* Good durability
* Good mechanical property
* Silver aluminium apprearance effect
* Superior UV ink adhesion
* Suitable for UV ink printing and barcode printing
Metallized PET film emerges as a remarkable solution that offers dual benefits of both aesthetic enhancement and robust protection against electromagnetic radiation.
Metallized PET film, featuring its aluminum vapor-coated surface, stands as a cutting-edge technology designed to combat the harmful effects of UV and thermal radiation. This film, known for its exceptional reflectivity, not only captures visible and infrared light but also provides a robust defense against the detrimental impact of UV radiation. It is important to note that the aluminum coating on PET foil distinguishes itself from conventional silver or gold coatings, primarily due to its unique reflective properties. Unlike its counterparts, aluminum showcases a consistent degree of reflection that remains largely unaffected by varying wavelengths. Maintaining a minimum reflection rate of over 85%, this capability is sustained across the electromagnetic spectrum, particularly in the near infrared range exceeding 800 nm.
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