11-Layer High Barrier Medical Packaging Film
HSQY 11-layer PA/PP/EVOH/PE high barrier medical packaging film is a multilayer co-extruded flexible film designed for medical device, medical textile and other sensitive healthcare packaging applications requiring oxygen barrier, puncture resistance, mechanical durability and heat-sealing performance.
The current structure is PA/TIE/PP/TIE/PA/EVOH/PA/TIE/PE/PE/PE. EVOH provides the primary high oxygen-barrier function, PA contributes toughness and puncture resistance, while PE and PP layers support flexibility, moisture protection, sealing and processing performance.
HSQY currently lists film thicknesses from 0.03mm to 0.45mm and widths up to 4000mm. Clear and printable configurations are available according to the current product specification.
The product is also positioned as an easy-peel medical packaging film. Final peel behavior depends on the sealing layer, mating substrate, seal temperature, pressure and dwell time, so the complete package should be tested under the customer's actual packaging conditions.
PA/PP/EVOH Co-Extrusion Film Video
11-Layer Medical Packaging Film Images
![11-layer PA PP EVOH PE high barrier medical packaging film roll]( "11-Layer High Barrier Medical Packaging Film")
High Barrier Medical Packaging Film Roll
![11-layer PA PP EVOH PE coextruded film structure]( "11-Layer Co-Extrusion Film Structure")
11-Layer Co-Extrusion Structure
![high barrier coextrusion film for medical device packaging]( "Medical Device Packaging Film")
Medical Device Packaging Application
11-Layer PA/PP/EVOH/PE Film Specifications
| Property |
Details |
| Product Name |
11-Layer High Barrier Medical Packaging Film |
| Brand |
HSQY |
| Product Type |
Medical Flexible Packaging Film / Multilayer Co-Extrusion Film |
| Structure |
PA/TIE/PP/TIE/PA/EVOH/PA/TIE/PE/PE/PE |
| Number of Layers |
11 Layers |
| Barrier Layer |
EVOH High Oxygen-Barrier Layer |
| Thickness |
0.03mm–0.45mm / 30–450μm |
| Maximum Width |
4000mm |
| Appearance |
Clear |
| Printing |
Printable According to Current Product Specification |
| Peel Function |
Easy-Peel Product Positioning; Confirm Mating Substrate and Seal Conditions |
| Primary SEO Application |
Medical Devices and Medical Textile Packaging |
| Other Applications Listed on Current Page |
Food Vacuum Packaging and Retort Applications |
| Sterilization |
Current Page Lists Sterilization Suitability; Exact Method and Cycle Must Be Confirmed |
| MOQ |
1000 kg |
Important: The exact OTR, WVTR, seal strength, peel force, sterilization compatibility and other medical packaging performance values are not provided on the current page. Request the technical data for the exact film grade before specifying these values in a validated medical packaging system.
How the 11-Layer Film Structure Works
Multilayer co-extrusion allows different polymers to perform different functions within one flexible film. The current HSQY structure combines PA, PP, EVOH, PE and tie layers.
| Material |
Main Role in the Multilayer Structure |
| PA / Polyamide / Nylon |
Provides toughness, puncture resistance, flex resistance and mechanical protection. |
| EVOH |
Provides the principal high oxygen- and gas-barrier function. |
| PP / Polypropylene |
Contributes mechanical, chemical and thermal performance according to the final structure. |
| PE / Polyethylene |
Supports flexibility, moisture resistance and sealing performance. |
| TIE Layers |
Bond otherwise incompatible polymer layers together within the co-extruded structure. |
Why Use EVOH in Medical Packaging Film?
EVOH is incorporated into multilayer packaging primarily to reduce oxygen and gas transmission. This can be important when a medical device, medical textile or packaged component is sensitive to oxidation or other environmental exposure.
EVOH is not used alone in this HSQY structure. It is protected by surrounding PA, PP and PE layers, allowing the complete 11-layer construction to balance barrier performance with flexibility, puncture resistance, sealability and converting performance.
Key Features of High Barrier Medical Packaging Film
1. High Oxygen Barrier
The EVOH layer provides strong resistance to oxygen and gas transmission, supporting packaging applications where barrier performance is a critical selection factor.
2. Puncture Resistance
Multiple PA layers help protect the package against puncture and mechanical stress caused by rigid or irregularly shaped medical products during handling and distribution.
3. Multilayer Protection
The 11-layer construction allows barrier, mechanical, sealing and moisture-protection functions to be distributed across specialized polymer layers.
4. Heat-Sealing Capability
The film is designed for heat-sealing applications. Final sealing temperature, pressure and dwell time should be established using the exact mating substrate and packaging machine.
5. Easy-Peel Option
The product is marketed for easy-peel medical packaging applications. Peel performance should be validated against the actual lidding or mating material to achieve the required balance between package integrity and controlled opening.
6. Clear Product Visibility
Clear film allows visual inspection of the packaged product where visibility is required by the packaging design.
7. Printable Configuration
Printable film options can support identification, instructions, branding and other package information according to the selected printing system.
8. Wide Customization Range
Thicknesses from 30μm to 450μm and widths up to 4000mm provide flexibility for different packaging machines and package dimensions.
Easy-Peel Medical Packaging Film
In medical packaging, easy peel should not mean weak sealing. A peelable package needs sufficient seal integrity during handling, sterilization, distribution and storage while allowing controlled opening at the point of use.
Peel characteristics depend on the relationship between the film sealing layer and the opposite substrate. Buyers should therefore provide the exact medical paper, Tyvek-type substrate, film, tray or other sealing surface used in the finished package.
Seal Strength: Establish sufficient package integrity for the intended handling and distribution conditions.
Peel Force: Determine the required opening force according to package size and intended use.
Clean Peel: Evaluate the seal interface for fiber tear, delamination, stringing or other undesirable opening behavior.
Seal Window: Confirm stable sealing performance across the actual temperature, pressure and dwell-time range used on the packaging line.
Medical Device and Medical Textile Packaging Applications
High-barrier multilayer film can be evaluated for medical packaging projects where a combination of gas barrier, physical protection, clarity and sealability is required.
Medical Devices: Flexible packaging for suitable devices requiring transparent barrier protection and mechanical durability.
Medical Textiles: Packaging for suitable textile-based healthcare products where barrier and package integrity requirements have been established.
Diagnostic Components: High-barrier packaging may be evaluated for sensitive components requiring protection against oxygen or environmental exposure.
Thermoformed Medical Packs: Multilayer film can be evaluated for forming applications according to required forming depth and the exact film grade.
Peelable Medical Packages: Suitable structures can be evaluated where controlled peel opening is required with a compatible sealing substrate.
High Barrier Film vs. Standard PA/PE Medical Film
| Comparison |
PA/PP/EVOH/PE High Barrier Film |
Standard PA/PE Film |
| Oxygen Barrier |
EVOH provides enhanced oxygen-barrier performance |
Lower barrier compared with an EVOH-containing structure |
| Structure Complexity |
11-layer specialized multilayer structure |
Generally simpler multilayer structure |
| Best Suited For |
Applications requiring stronger oxygen-barrier protection |
Applications where extreme oxygen barrier is not required |
| Final Selection |
Based on device sensitivity, sterilization, barrier and shelf-life requirements |
Based on package protection and cost-performance requirements |
Sterilization Compatibility
The current HSQY product page states that this film is suitable for sterilization, but it does not identify a specific sterilization method, temperature, dose or processing cycle.
Medical packaging materials can respond differently to ethylene oxide, radiation, steam and other sterilization processes. The selected film and complete package should therefore be evaluated using the exact sterilization process intended for the finished medical product.
Sterilization Method: Provide EO, gamma, e-beam, steam or other required process when requesting product evaluation.
Process Conditions: Provide temperature, exposure time, radiation dose or other applicable cycle parameters.
Seal Integrity: Evaluate package seals before and after sterilization.
Barrier Retention: Confirm that required barrier properties remain acceptable following the intended sterilization process.
Mechanical Integrity: Evaluate puncture, flexing, delamination and other package risks after processing.
Medical Packaging Validation and ISO 11607
For terminally sterilized medical devices, the flexible film is only one component of the finished packaging system. Material selection, forming, sealing, sterilization, distribution and storage should be evaluated together.
ISO 11607 addresses materials, sterile barrier systems and packaging systems used for terminally sterilized medical devices, as well as validation of forming, sealing and assembly processes.
Material Qualification: Confirm that the selected film is appropriate for the intended device, packaging configuration and sterilization method.
Seal Process Development: Establish suitable temperature, pressure and dwell-time parameters.
Package Integrity: Assess seals and package integrity before and after sterilization.
Distribution Testing: Evaluate the finished packaging system after simulated transport and handling where applicable.
Aging: Confirm packaging performance through the intended shelf-life program.
How to Choose 11-Layer Medical Packaging Film
Medical Product: Provide the product type, dimensions, weight and whether it contains rigid or sharp components.
Barrier Requirement: Provide target OTR, WVTR or other barrier requirement when available.
Film Thickness: Select according to device geometry, forming depth, puncture risk and package strength requirements.
Roll Width: Provide the exact width required by the packaging equipment.
Mating Substrate: Identify the paper, Tyvek-type material, film, tray or other surface to which the film will seal.
Peel Requirement: Specify whether controlled easy peel, weld seal or another opening characteristic is required.
Sterilization: Provide the intended sterilization method and processing conditions.
Printing: Provide printing requirements, ink system and printed-area specifications where applicable.
Regulatory Documentation: Identify the required technical reports and destination-market requirements.
Information Needed for a Fast Medical Film Quote
1. Medical device or medical textile type
2. Required film thickness
3. Required roll width
4. Required oxygen or moisture barrier
5. Mating sealing substrate
6. Easy-peel or weld-seal requirement
7. Sterilization method and cycle
8. Forming depth or package dimensions
9. Packaging machine brand and model
10. Printing requirements
11. Required technical or regulatory documents
12. Required quantity
13. Destination country or shipping port
Quality and Certification Documentation
Medical packaging projects may require product specifications, barrier test data, mechanical-property reports, sterilization compatibility information, quality-system documentation and other market-specific records.
Request documentation for the exact HSQY film grade being evaluated. General company certificates should not automatically be interpreted as medical packaging validation or certification of a specific finished sterile barrier system.
![HSQY high barrier medical packaging film certification documentation]( "HSQY Medical Packaging Film Documentation")
International Exhibitions
![HSQY 2017 Shanghai Exhibition]()
2017 Shanghai Exhibition
![HSQY 2018 Shanghai Exhibition]()
2018 Shanghai Exhibition
![HSQY 2023 Saudi Exhibition]()
2023 Saudi Exhibition
![HSQY 2023 American Exhibition]()
2023 American Exhibition
![HSQY 2024 Australian Exhibition]()
2024 Australian Exhibition
![HSQY 2024 American Exhibition]()
2024 American Exhibition
![HSQY 2024 Mexico Exhibition]()
2024 Mexico Exhibition
![HSQY 2024 Paris Exhibition]()
2024 Paris Exhibition
Frequently Asked Questions
What is 11-layer PA/PP/EVOH/PE medical packaging film?
It is a multilayer co-extruded flexible film combining PA, PP, EVOH, PE and tie layers to provide oxygen barrier, mechanical strength, flexibility and sealing performance for suitable medical packaging applications.
What is the exact HSQY 11-layer structure?
The current HSQY specification lists PA/TIE/PP/TIE/PA/EVOH/PA/TIE/PE/PE/PE.
Why is EVOH used in medical packaging film?
EVOH provides high oxygen- and gas-barrier performance. In this multilayer structure it works together with PA, PP and PE layers that provide mechanical protection, flexibility, moisture resistance and sealing functionality.
What thicknesses are available?
The current HSQY specification lists thicknesses from 0.03mm to 0.45mm, equivalent to approximately 30–450μm.
What is the maximum film width?
HSQY currently lists a maximum width of 4000mm.
Is this an easy-peel medical packaging film?
The current product is positioned as an easy-peel film. Actual peel performance depends on the opposite sealing substrate and sealing process, so peel strength and opening behavior should be tested on the finished package.
Can this film seal to medical paper?
Compatibility with medical paper depends on the exact film sealing layer and paper coating. Provide the medical paper specification so HSQY can evaluate compatibility rather than assuming that every medical paper will seal to the same film.
Can the film seal to Tyvek?
Tyvek sealing compatibility depends on the exact film sealant layer and Tyvek grade. Buyers should provide the substrate specification and perform seal-strength and peel testing before commercial use.
Is this film suitable for sterilization?
The current HSQY page states that the film is suitable for sterilization, but it does not publish a specific sterilization method or cycle. Provide the required process so compatibility can be confirmed for the exact film grade.
Is the film suitable for EO sterilization?
EO compatibility is not specifically documented on the current product page. If EO sterilization is required, request the applicable technical information and validate the complete package under the actual EO process.
Is the film suitable for gamma or e-beam sterilization?
Radiation compatibility should be confirmed for the selected grade and required dose. The current HSQY page does not publish validated gamma or e-beam dose limits.
Does this film comply with ISO 11607?
ISO 11607 applies to medical packaging materials, sterile barrier systems and packaging-system processes. Compliance should be evaluated for the applicable material and finished packaging system; it should not be assumed solely from the film name.
What barrier values does the film provide?
The current HSQY page describes the product as high barrier but does not publish specific OTR or WVTR values. Request the current technical data for the exact thickness and structure required.
Can the film be printed?
Yes. Printable configurations are listed on the current HSQY page. Confirm the printing method, ink system and sterilization requirements before commercial production.
What is the MOQ?
The current HSQY product specification lists a minimum order quantity of 1000kg.
Can I request samples for package testing?
The current page lists sample availability with freight collected. Provide the required thickness, width, sealing substrate, sterilization method and packaging application to confirm an appropriate sample.
What information should I provide for a quotation?
Provide film thickness, width, medical product type, barrier requirement, sealing substrate, peel requirement, sterilization method, packaging machine, printing requirement, quantity and destination.
Why Choose HSQY for High Barrier Medical Packaging Film?
Defined 11-Layer Structure: The current product uses a PA/TIE/PP/TIE/PA/EVOH/PA/TIE/PE/PE/PE multilayer construction.
High Barrier Option: EVOH provides enhanced oxygen-barrier performance for sensitive packaging applications.
Wide Dimension Range: Current specifications cover 0.03–0.45mm thickness and widths up to 4000mm.
Easy-Peel Project Support: Sealing and peel requirements can be evaluated according to the actual mating substrate and packaging process.
B2B Supply: HSQY supports medical packaging manufacturers, converters, distributors and industrial packaging projects requiring commercial film quantities.
About HSQY Plastic Group
HSQY Plastic Group supplies multilayer co-extrusion films, medical packaging films, flexible packaging materials and plastic products to international B2B customers.
For 11-layer PA/PP/EVOH/PE film, high-barrier medical device packaging, medical textile packaging or easy-peel medical film projects, send HSQY your technical specification, sterilization method, sealing substrate and quantity for evaluation and quotation.
