Easy-Peel PET/PE Lamination Film Video
What Is Easy-Peel PET/PE Lamination Film?
Easy-peel PET/PE lamination film is a multilayer flexible packaging material that combines a PET or BOPET outer web with a modified PE-based peel-seal layer. PET provides clarity, strength, stiffness, dimensional stability, and a printable surface. The engineered PE layer provides heat sealing and controlled opening from a compatible sealing surface.
Unlike a standard permanent-seal PET/PE laminate, an easy-peel grade is formulated to maintain package integrity during filling, storage, handling, and transport while allowing the consumer or operator to open the package with a defined peel force.
The current page lists thicknesses from 0.045mm to 0.35mm, widths up to 2600mm, clear or printed formats, optional EVOH or PVDC barrier structures, and a current MOQ of 500kg. These broad dimensions suggest a product family that may include thin lidding webs, wide rollstock, and heavier semi-rigid or forming structures. The exact grade must be confirmed before use.
How This Page Differs from Standard Easy-Peel Lidding Film
HSQY also has a separate easy-peel PET/PE lidding-film page focused on standard tray-sealing rolls. This page should target broader lamination-film and converter requirements, including wide web, custom printing, cup lids, pouches, rollstock, barrier laminates, and project-specific forming or non-forming films.
| Page Type |
Primary Search Intent |
Recommended Focus |
| Standard Easy-Peel PET/PE Lidding Film |
Tray lidding, easy-open food trays, standard converted widths. |
Tray compatibility, peel force, anti-fog, roll width, tray sealer, and consumer opening. |
| Easy-Peel PET/PE Lamination Film |
Wide-web laminate, custom conversion, cups, trays, pouches, barrier structures, and printed rollstock. |
Layer structure, thickness range, width, lamination, printing, peel mechanism, barrier, and converter requirements. |
Easy-Peel PET/PE Film Images
![Clear easy-peel PET PE lamination film roll]( "Clear Easy-Peel PET PE Film")
Clear Easy-Peel Film
![Custom printed easy-peel PET PE lidding film]( "Printed Easy-Peel Lidding Film")
Printed Lidding Film
![Easy-peel PET PE film applied to a food tray]( "Easy-Peel Tray Application")
Easy-Peel Tray Application
How the PET/PE Easy-Peel Structure Works
| Layer |
Primary Function |
Technical Requirement |
| PET / BOPET Outer Web |
Provides clarity, stiffness, tensile strength, dimensional stability, puncture resistance, and printability. |
Confirm gauge, haze, gloss, shrinkage, treatment, print side, and thermal exposure. |
| Printing Layer |
Carries branding, instructions, barcodes, coding, and traceability. |
Confirm surface or reverse printing, ink system, colors, print repeat, and eye marks. |
| Laminating Adhesive |
Bonds the PET outer web to the PE or high-barrier inner structure. |
Confirm chemistry, coating weight, cure time, bond strength, odor, residual solvent, and migration. |
| Optional Barrier Layer |
Adds defined oxygen, aroma, moisture, or light protection. |
EVOH, PVDC, metallization, foil, or coating must be specified with OTR and WVTR conditions. |
| Modified PE Easy-Peel Layer |
Creates the heat seal and controls peel initiation, propagation, and failure mode. |
Match the sealant to the actual tray, cup, film, foil, paper, or coated substrate. |
Easy-Peel PET/PE Lamination Film Specifications
The following table retains the current page data while separating verified commercial information from application-specific properties. Final values should be confirmed in an approved technical data sheet.
| Property |
Current or Available Option |
Selection Note |
| Product Type |
Easy-peel PET/PE flexible packaging laminate |
Lidding, cup lids, pouches, rollstock, and project-specific forming or non-forming film |
| Material |
PET or BOPET laminated to modified PE peel-seal structure |
Confirm complete layer structure and each layer thickness |
| Thickness |
0.045–0.35mm |
Approximately 45–350μm; confirm which gauges are top web, pouch film, or forming film |
| Maximum Width |
Up to 2600mm |
Confirm usable width, slit tolerance, roll diameter, and equipment capability |
| Color |
Clear, colored, or custom printed |
Current page lists up to 13 printed colors; confirm actual printing capability |
| Peel Type |
Clean easy peel |
Specify interfacial, cohesive, delamination, light, medium, or hard peel |
| Barrier Options |
EVOH or PVDC available by project |
Confirm complete structure, OTR, WVTR, coating side, humidity, and end use |
| Primary Applications |
Food packaging, cups, trays, pouches, consumer goods, and validated specialty applications |
Medical sterile-barrier use requires a dedicated medical grade and validation |
| Printing |
Flexographic or rotogravure printing by project |
Confirm artwork, ink, color count, repeat, eye mark, and migration requirements |
| Seal Type |
Heat-seal easy peel |
Cold peel is a post-sealing opening condition, not a substitute for heat sealing |
| MOQ |
500kg |
Sample, trial, printed, and specialty-grade quantities depend on material availability |
| Lead Time |
Current page references approximately 7–15 days |
Confirm after structure, artwork, sample, and specification approval |
Easy Peel Is Defined by the Failure Mechanism
| Peel Mechanism |
How It Opens |
Typical Result |
| Interfacial Peel |
The sealant separates from the sealed substrate at the interface. |
Can provide a clean rim with little or no visible residue when properly matched. |
| Cohesive Peel |
The peel layer splits internally during opening. |
Provides controlled peel force and may leave a designed sealant pattern. |
| Delamination or Burst Peel |
A thin seal layer separates from an adjacent structural layer. |
Can provide clear film and optional barrier functionality, but layer design and bond control are critical. |
| Film Tear |
The lidding or laminate tears instead of peeling. |
Usually undesirable for a clean-peel package and may indicate excessive seal strength or poor compatibility. |
Peel Initiation, Propagation, and One-Piece Opening
| Peel Parameter |
What It Measures |
Why It Matters |
| Peel Initiation |
Force required to start opening at the tab or corner. |
Controls first-opening accessibility and package security. |
| Peel Propagation |
Force required to continue opening across the seal. |
A stable force provides smooth, predictable opening. |
| One-Piece Peel |
Ability to remove the lid without film shards, repeated pulling, or uncontrolled tearing. |
Important for consumer convenience and clean separation. |
| Residue or Stringing |
Visible sealant remaining on the substrate or stretching during opening. |
Acceptance depends on the specified peel mechanism and hygiene requirements. |
| Peel After Storage |
Opening performance after chilled, frozen, ambient, or accelerated ageing. |
Peel force can change with time, temperature, humidity, and product contact. |
Substrate Compatibility
| Sealing Substrate |
Compatibility Guidance |
Recommended Approach |
| PET/PE or PE-Coated Tray |
Primary target when the flange presents a compatible PE sealing surface. |
Confirm PE grade, flange width, peel tab, contamination, and target peel force. |
| PE Cup or Film |
Can be suitable for cup lids or film-to-film packaging with the correct PE peel formulation. |
Test seal initiation, hot tack, peel force, leakage, and product contact. |
| Plain APET / rPET / CPET |
A plain PET surface may not seal correctly to a standard PE easy-peel layer. |
Use a PET-compatible sealant, coated surface, or qualified universal grade. |
| PP Cup or Tray |
PP generally requires a PP-compatible peel layer. |
Use a PP-based easy-peel structure or a verified universal sealant. |
| PS / HIPS / PVC |
Requires substrate-specific peel chemistry. |
Test the actual cup, tray, blister, or sheet before specification approval. |
| Aluminium Foil or Coated Paper |
Requires a compatible heat-seal coating or peel layer. |
Specify lacquer, coating, paper fiber-tear limit, and desired failure mode. |
| Tyvek or Medical Paper |
Medical sterile packaging requires controlled peel, microbial barrier, sterilization compatibility, and validated sealing. |
Use only a dedicated medical-grade structure with the required regulatory and process validation. |
Standard PET/PE vs. EVOH and PVDC Barrier Grades
| Structure |
Typical Function |
Technical Limitation |
| Standard PET/PE Easy Peel |
Clarity, strength, printability, moisture protection, and PE-compatible peel sealing. |
Should not automatically be called high oxygen barrier. |
| PET/EVOH/PE Easy Peel |
Adds transparent oxygen and aroma barrier for MAP and oxidation-sensitive products. |
OTR depends on EVOH grade, thickness, humidity, and complete structure. |
| PVDC-Coated or PVDC-Containing Structure |
Can add oxygen, moisture, and aroma barrier depending on coating or layer design. |
Coating side, coat weight, regulatory requirements, recycling implications, and destination-market restrictions must be checked. |
| Metallized or Foil Laminate |
Adds high light, oxygen, moisture, and aroma protection. |
Reduces transparency and changes recyclability, detection, and flex-crack considerations. |
OTR and WVTR Must Be Specified Separately
| Barrier Property |
Purpose |
Required Test Information |
| OTR |
Measures oxygen transmission and is important for oxidation-sensitive foods and MAP. |
cc/m²/day, temperature, relative humidity, test method, and complete film structure. |
| WVTR |
Measures water-vapor transmission and affects dryness, texture, moisture gain, and product stability. |
g/m²/day, temperature, relative humidity, test method, and complete film structure. |
| Whole-Pack Gas Retention |
Measures actual package leakage and gas stability. |
Tray or pouch, seals, headspace, gas mixture, residual oxygen, and storage conditions. |
Seal Window and Machine Validation
A practical easy-peel film requires a sufficiently wide seal window. The film should provide acceptable package integrity and peel force across normal fluctuations in sealing temperature, pressure, dwell time, line speed, substrate temperature, product contamination, and tool condition.
Minimum seal-initiation temperature
Upper temperature before excessive peel force, distortion, or film damage
Required sealing pressure and dwell time
Hot-tack strength immediately after sealing
Final peel force after cooling and conditioning
Performance on clean and contaminated sealing surfaces
Consistency across every cavity, corner, and seal width
Web tracking, cutting, eye-mark registration, and winding behavior
Contamination Tolerance and Seal Integrity
| Problem |
Possible Cause |
Recommended Check |
| Seal Is Too Weak |
Low temperature, short dwell time, low pressure, contamination, or incompatible substrate. |
Create a temperature-pressure-dwell matrix using the actual package. |
| Seal Is Too Strong |
Excessive thermal input or an unsuitable peel layer. |
Reduce sealing energy and select the correct peel formulation. |
| Film Tears or Shreds |
High peel force, unsuitable film stiffness, weak lamination, or poor peel-tab design. |
Review total thickness, bond strength, peel mechanism, and package geometry. |
| Excessive Residue |
Cohesive failure outside the target range or excessive heat. |
Define the desired failure mode and test after storage. |
| Channel Leak |
Wrinkles, food particles, oil, moisture, powder, damaged rim, or uneven tooling. |
Use vacuum, pressure-decay, dye, or bubble testing. |
| Delamination |
Insufficient adhesive cure, weak bond, excessive heat, or incompatible layers. |
Test bond strength before and after sealing, ageing, and distribution simulation. |
Food-Packaging Applications
Dairy cups, yogurt, desserts, jelly, cheese, and dips
Chilled and frozen ready meals
Fresh produce, salads, bakery, and prepared foods
Meat, poultry, seafood, and MAP packs using a qualified barrier grade
Single-serve cups, portion packs, and peelable lids
PET/PE and PE-coated trays with compatible sealing surfaces
Printed lidding film and wide-web converting rollstock
Pouches and film-to-film packages requiring controlled opening
Medical and Pharmaceutical Use Requires a Separate Grade
The current page mentions medical devices, sterile packaging, blister packs, and pharmaceuticals. A general food-grade PET/PE easy-peel laminate should not automatically be marketed as a sterile-barrier medical film.
Medical-device packaging may require controlled and repeatable peel force, low particulate generation, microbial-barrier performance, compatibility with the selected sterilization method, seal-process validation, package-integrity testing, ageing, distribution testing, and compliance with the applicable medical-packaging specification.
Exact medical device and sharp-edge risk
Sterilization method: EO, radiation, steam, or another validated process
Tyvek, medical paper, film, or other lid substrate
Required peel-force range and particulate or fiber-tear limits
Microbial-barrier and package-integrity requirements
Sealing equipment, temperature, pressure, dwell time, and process validation
Accelerated and real-time ageing
Distribution, vibration, drop, and puncture testing
Applicable ISO 11607 and destination-market requirements
Printing and Roll-Conversion Requirements
Printing method: Gravure, flexographic, or another validated process.
Ink system: Solvent-based, water-based, UV, or low-migration system.
Printing side: Surface or reverse printed on the PET outer web.
Color count: Confirm the current maximum capability before specifying up to 13 colors.
Print repeat: Match the cup, tray, pouch, or cutting layout.
Eye mark: Define size, color, edge position, and sensor requirements.
Roll width: Confirm usable web width, slit tolerance, and edge quality.
Core and roll: Specify core ID, outer diameter, roll weight, length, and unwind direction.
Treatment side: Identify corona-treated, primer-coated, or sealant-facing surfaces.
Splice control: Define maximum splice count and splice identification.
Quality-Control Requirements
Total thickness and layer ratio: Confirm PET, adhesive, PE, and optional barrier layers.
Peel force: Define substrate, specimen width, peel angle, speed, conditioning, and acceptable range.
Failure mode: Specify interfacial, cohesive, delamination, or other approved peel.
Seal initiation and hot tack: Match the production equipment and package load.
Lamination bond: Verify after full cure, storage, and thermal exposure.
OTR and WVTR: State conditions when barrier performance is claimed.
Optical quality: Control haze, gloss, gels, scratches, and print appearance.
Mechanical performance: Confirm tensile, elongation, puncture, tear, and flex resistance.
COF and blocking: Control high-speed unwinding and machine transport.
Roll quality: Inspect edge alignment, wrinkles, telescoping, core condition, and winding direction.
Information Required for an Accurate Quotation
Package format: tray lid, cup lid, pouch, film-to-film pack, forming film, or non-forming web
Substrate material, supplier, grade, coating, drawing, or physical sample
Required total thickness, layer ratio, width, roll length, core, outer diameter, and roll weight
Target peel force and preferred interfacial, cohesive, or delamination failure mode
Product type, filling temperature, oil, moisture, powder, sauce, and contamination risks
Storage conditions, distribution, target shelf life, and opening temperature
Required OTR, WVTR, EVOH, PVDC, metallization, foil, or other barrier
Printing method, colors, artwork, repeat, eye mark, transparent window, and coding
Machine brand, model, line speed, temperature, pressure, dwell time, and cutting method
Food-contact, pharmaceutical, medical, industrial, or destination-market requirements
Sterilization and ISO 11607 requirements if a medical application is proposed
Sample quantity, annual volume, delivery destination, and launch schedule
Request Easy-Peel Film Samples and Pricing
Customization Services
Custom 0.045–0.35mm total thickness and layer ratio
Custom widths up to 2600mm, subject to grade and production capability
Custom roll length, core ID, outer diameter, roll weight, and winding direction
Interfacial, cohesive, delamination, light, medium, and hard-peel structures
PET/PE, PET/EVOH/PE, PVDC-containing, metallized, foil, and project-specific barrier laminates
Clear, colored, printed, anti-fog, matte, anti-static, and specialty grades
Gravure or flexographic printing, eye marks, transparent windows, and coding areas
Food trays, cups, pouches, film-to-film, industrial, and separately validated medical structures
Peel-force, seal-window, bond, leakage, barrier, ageing, and production-line trials
Custom labels, cartons, pallet marks, and export packaging
Packaging and Delivery
| Packaging Item |
Standard Arrangement |
Customization |
| Sample Packaging |
Small rolls or cut samples protected in PE bags and cartons. |
Label with structure, thickness, width, peel grade, and lot. |
| Roll Packaging |
Rolls protected against dust, moisture, edge damage, and telescoping. |
Cartons, suspension packing, core plugs, and protective wrapping. |
| Pallet Packaging |
Export plywood pallets selected according to roll dimensions. |
Approximately 500–2000kg per pallet where suitable. |
| Container Loading |
Loading optimized for 20ft or 40ft containers. |
Loading plan based on roll diameter, pallet, and destination. |
| Delivery Terms |
FOB, CIF, EXW, or other agreed terms. |
Confirm destination, Incoterm, insurance, and customs documents. |
| Lead Time |
Current page references approximately 7–15 days. |
Custom printing, barrier structures, curing, and validation may require more time. |
Quality and Compliance Documentation
HSQY can provide available technical, quality-management, inspection, and material documentation for the approved film grade. Buyers should request the complete structure, technical data sheet, certificate of analysis, food-contact declaration where relevant, migration reports, peel-force method, barrier reports, residual-solvent controls, and roll inspection criteria.
ISO 9001 is a quality-management-system certification and should not be presented as product-specific proof of food-contact safety, sterile-barrier performance, medical compliance, recyclability, or package integrity. SGS, FDA, EU, PVDC, EVOH, or medical claims must identify the exact film grade, test report, scope, and intended conditions of use.
![Quality and compliance documentation for easy-peel PET PE lamination film]( "Easy-Peel PET PE Film Quality Documentation")
Recyclability Considerations
PET/PE is a multi-polymer laminate and should not automatically be described as recyclable in every market. Recyclability depends on PET-to-PE ratio, adhesives, barrier layers, PVDC, inks, coatings, lids, trays, labels, product residue, package size, collection rules, and local recycling infrastructure.
Where design for recycling is a priority, compare the current PET/PE structure with an MDO-PE/PE, BOPE/PE, PP-dominant, PET-dominant, or other recycling-oriented easy-peel system. Any alternative must still meet peel, barrier, stiffness, printing, seal, shelf-life, and machine requirements.
Global Exhibitions
![HSQY at the 2017 Shanghai exhibition]( "2017 Shanghai Exhibition")
2017 Shanghai Exhibition
![HSQY at the 2018 Shanghai exhibition]( "2018 Shanghai Exhibition")
2018 Shanghai Exhibition
![HSQY at the 2023 Saudi exhibition]( "2023 Saudi Exhibition")
2023 Saudi Exhibition
![HSQY at the 2023 American exhibition]( "2023 American Exhibition")
2023 American Exhibition
![HSQY at the 2024 Australian exhibition]( "2024 Australian Exhibition")
2024 Australian Exhibition
![HSQY at the 2024 American exhibition]( "2024 American Exhibition")
2024 American Exhibition
![HSQY at the 2024 Mexico exhibition]( "2024 Mexico Exhibition")
2024 Mexico Exhibition
![HSQY at the 2024 Paris exhibition]( "2024 Paris Exhibition")
2024 Paris Exhibition
Frequently Asked Questions About Easy-Peel PET/PE Film
What is Easy-Peel PET/PE lamination film?
It is a flexible laminate combining a PET or BOPET outer web with a modified PE peel-seal layer for controlled heat sealing and opening.
How is it different from standard PET/PE lamination film?
Standard PET/PE normally targets permanent heat sealing. Easy-peel PET/PE uses a specially formulated seal layer to provide a controlled peel force.
What is the difference between interfacial and cohesive peel?
Interfacial peel separates at the substrate interface. Cohesive peel splits within the peel layer and may leave a designed sealant pattern.
Can the peel force be customized?
Yes. Light, medium, or harder peel can be developed within practical limits using the actual substrate, seal conditions, and agreed test method.
Can the film provide a one-piece peel?
A one-piece peel can be targeted through film structure, substrate matching, peel-tab design, and sealing conditions, but it must be validated on the final package.
What substrates can PET/PE easy-peel film seal?
It is primarily suited to compatible PE or PE-coated surfaces. Plain PET, PP, PS, PVC, foil, paper, and Tyvek may require different peel chemistry.
Is standard PET/PE film high barrier?
Not automatically. High-barrier grades require EVOH, PVDC, metallization, foil, or another defined barrier with measured OTR and WVTR.
What is the difference between EVOH and PVDC barrier options?
Both can improve barrier performance, but their oxygen, moisture, coating, regulatory, recycling, and humidity characteristics differ. Specify the complete structure and test data.
Can the film be custom printed?
Yes. Gravure or flexographic printing can include branding, instructions, barcodes, QR codes, eye marks, and transparent windows.
Can it be used for medical-device packaging?
Only a separately validated medical-grade structure should be used. Sterile packaging requires peel, microbial-barrier, sterilization, ageing, package-integrity, and process validation.
Can it be sealed to Tyvek?
A general food-grade PET/PE film should not automatically be used with Tyvek. A dedicated medical peel layer and validated sterile-barrier system are required.
What thicknesses and widths are available?
The current page lists 0.045–0.35mm thickness and widths up to 2600mm. Confirm which dimensions apply to the required film grade.
What causes film tearing or residue?
Possible causes include excessive sealing temperature, incorrect peel chemistry, unsuitable film stiffness, weak lamination, substrate mismatch, or poor peel-tab design.
Is PET/PE easy-peel film recyclable?
It should not automatically be described as recyclable everywhere because it combines different polymer families and may include adhesives, inks, and barrier layers.
Can I request samples and machine trials?
Yes, subject to specification and material availability. Provide the substrate, package format, machine, peel target, dimensions, barrier, printing, and compliance requirements.
About HSQY Plastic Group
HSQY Plastic Group supplies easy-peel PET/PE lamination films, standard PET/PE laminates, PET/EVOH/PE barrier films, tray lidding films, printed flexible-packaging rollstock, PET and PP trays, plastic sheets, and related packaging materials for international B2B customers.
The team can support laminate-structure selection, peel-force development, substrate compatibility, printing, barrier requirements, roll conversion, samples, production-line trials, quality documentation, export packing, and international delivery.
Contact HSQY for Easy-Peel PET/PE Film
