Core Features
Biaxially oriented BOPE film delivers robust tensile strength, high clarity and full recyclable eco-friendly properties. Product Overview
This sustainable polyethylene packaging material safeguards packaged goods while elevating shelf display and brand decorative effects. Visual & Mechanical Benefits
Great tear resistance keeps packaging intact during transit, and premium transparency enables intuitive product visual presentation. Processing & Eco Performance
It supports exquisite printing and decorative finishing, fully compliant with global recycling rules to meet sustainable packaging demands.
We deliver high-quality, cost-effective BOPE film alongside tailored sustainable packaging solutions to satisfy diverse global packaging demands. BOPE, short for biaxially oriented polyethylene film, is manufactured via advanced biaxial stretching technology, emerging as an innovative eco-friendly packaging material widely adopted across the flexible packaging industry for its outstanding comprehensive performance.
Our BOPE film features exceptional surface flatness and stable thickness consistency, perfectly supporting high-definition 9 to 10-color gravure printing for delicate brand pattern reproduction. It excels in mono-material all-PE packaging structures, serving as an ideal alternative to conventional PA and PET films. Unlike multi-layer composite packaging materials, this single-component film achieves nearly 100% recyclability, fully complying with global low-carbon and circular economy environmental regulations.
Boasting tensile strength and rigidity 2 to 3 times that of ordinary polyethylene film, our BOPE material resists intense tension and external impact, effectively preventing pouch rupture when packaging heavy or sharp-edged goods to cut material loss and production costs. It also outperforms regular PE film in gas barrier, light transmittance and heat resistance, making it a versatile choice for various high-standard flexible packaging applications.
Product Type: BOPE Film
Property
Unit
Typical Value
Test Method
Thickness
μm
25
GB/T6672-2001
Tensile Strength @ 100mm/min
MD
Mpa
91
TD
Mpa
110
Elongation at Break
MD
%
230
TD
%
79
Modulus of Elasticity
MD
Mpa
512
TD
Mpa
936
Friction Coefficient
Static
——
0.145/0.128
Dynamic
0.158/0.144
Wet Tack
Treated
Mn/m
40
Heat Shrinkage
MD
%
4.2
TD
%
3.4
Gloss
%
90.6
GB/T 8807-1988
Haze
%
3.47
GB/T 2410-2008
Hygienic Properties
Odorless
GB 4806.7-2016
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