Product Details
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Heat Seal BOPE Film
Heat Seal BOPE Film | Polymer Films > Heat Seal BOPE Film
- SKU / Model
- NP0057
- Category
- Heat Seal BOPE Film
Technical information
Description
Characteristic /Description: Heat Sealable BOPE Film; Basic Definition: A biaxially oriented polyethylene film with heat sealing functionality, typically produced through co-extrusion blow molding or coating processes.; Core Features: High strength, high transparency, excellent puncture resistance, outstanding low-temperature toughness, and superior heat sealing performance.; Main Advantages: Simplifies packaging structure, facilitates recycling, reduces thickness and emissions, enhances packaging efficiency, and lowers the rate of package breakage.; Typical Applications: Food packaging, daily necessities packaging, cold chain logistics, pharmaceutical packaging, electronic product packaging, etc.; Product Name: 25mic Heat seal BOPE; Testing item: Unit; Thickness: μm; Average Thickness: μm; Tensile Strength: MD; TD: ≤4.0; Tensile Elongation: MD; Heat Shrinkage: MD; C.O.F: μs; Out side/Out side: μd; Gloss 45°: %; Haze: %; Heat Seal Strength (95℃）: N/15mm; Surface Tension: Treated side
Specifications
Characteristic /Description: Heat Sealable BOPE Film; Basic Definition: A biaxially oriented polyethylene film with heat sealing functionality, typically produced through co-extrusion blow molding or coating processes.; Core Features: High strength, high transparency, excellent puncture resistance, outstanding low-temperature toughness, and superior heat sealing performance.; Main Advantages: Simplifies packaging structure, facilitates recycling, reduces thickness and emissions, enhances packaging efficiency, and lowers the rate of package breakage.; Typical Applications: Food packaging, daily necessities packaging, cold chain logistics, pharmaceutical packaging, electronic product packaging, etc.; Product Name: 25mic Heat seal BOPE; Testing item: Unit; Thickness: μm; Average Thickness: μm; Tensile Strength: MD; TD: ≤4.0; Tensile Elongation: MD; Heat Shrinkage: MD; C.O.F: μs; Out side/Out side: μd; Gloss 45°: %; Haze: %; Heat Seal Strength (95℃）: N/15mm; Surface Tension: Treated side
Applications and fitment
OEM and compatibility references
Tags
Structure, Material, and Printing Context
The appropriate package can be developed around the product, shelf-life requirements, destination-market regulations, filling equipment, brand positioning, and logistics conditions. Custom options can include format, dimensions, thickness, sealing method, zippers, spouts, easy-tear openings, hanging holes, and transparent windows. Material structures can be selected according to barrier level, heat resistance, puncture resistance, heat-sealing performance, shelf life, and filling conditions. Supported directions include HDPE, MDOPE, PE, PP, PS, EVOH, PA, aluminum foil, kraft paper, cellophane, degradable materials, and compatible multi-layer structures. Blown films can use 5-layer or 7-layer co-extrusion, while cast films can include single-layer and multi-layer structures. Printing options include gravure printing for compatible substrates such as kraft paper, plastic films, aluminum foil, and cellophane, as well as flexographic printing for sustainable packaging and high-speed requirements. Lamination options include dry, solvent-free, extrusion, and co-extrusion processes. Vacuum metallizing can create metallic gloss and improve barrier performance.
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