Skip to main content

More Like This

HCS2101-04-60V-2MIL

BAGGING FILM (60")
AERO P/N: 111522

Total Available Stock: 7

UK
USA
7 In Stock (UK)
Available On Request
Estimated Lead Time: 15 days
$20.40 excl VAT
-
+
HCS2101-04 is a high-temperature, heat-stabilised nylon vacuum bagging film designed for advanced composite fabrication and vacuum bagging processes. It provides excellent softness, workability, and pinhole-free performance while withstanding cure temperatures up to 400°F (204°C), delivering reliable vacuum integrity for aerospace and high-performance composite manufacturing applications.
Product Features
OEM
-
OEM Part No.
-
Colour
-
Shelf Life in Months
314
Shelf Life in Days
9420
UN No
-
Class
-
PG
-
ECCN
EAR99
Country of Origin
United Kingdom
Commodity Code
39211100
Product Type
Consumables

    Information

    HCS2101-04 Vacuum Bagging Film

    Overview

    HCS2101-04 Vacuum Bagging Film is a green-tinted, heat-stabilised co-extruded nylon vacuum bagging film developed by Heatcon Composite Systems for advanced composite manufacturing and repair. Engineered for high-temperature vacuum bagging applications, it delivers excellent softness, flexibility and workability while providing a pinhole-free, defect-free barrier for composite curing processes. Suitable for cure temperatures up to 205°C (401°F), it is widely used in aerospace composite fabrication, autoclave processing and structural composite repair.

    Key Technical Specs

    • Product Type: High-temperature nylon vacuum bagging film
    • Product Codes: HCS2101-04-60V / HCS2101-04-30T
    • Material: Heat-stabilised co-extruded modified nylon film
    • Maximum Use Temperature: 204-205°C (400-401°F)
    • Colour: Green
    • Tensile Strength: 80 MPa
    • Elongation: 300% (Machine Direction)
    • Elongation: 300% (Transverse Direction)
    • Density (50 ?m): 63 g/m²
    • Density (75 ?m): 87 g/m²
    • Standard Thicknesses: 50 ?m and 75 ?m (0.002 in and 0.003 in)

    Approvals & Specifications

    • Manufactured by Heatcon Composite Systems
    • Designed for advanced composite fabrication and high-temperature vacuum bagging applications

    Typical Applications

    • Vacuum bagging for aerospace composite repairs
    • Autoclave composite curing
    • Advanced composite component manufacturing
    • High-temperature pressure moulding
    • Composite laminate fabrication
    • Structural composite repair operations
    • General-purpose vacuum bagging applications

    Key Features & Benefits

    • Suitable for cure temperatures up to 205°C (401°F).
    • Excellent flexibility and drape for complex mould geometries.
    • Pinhole-free construction helps maintain vacuum integrity.
    • Produces defect-free composite cure environments.
    • Heat-stabilised nylon construction for demanding cure cycles.
    • High elongation improves conformity around complex parts.
    • Available in multiple formats for different manufacturing processes.
    • Ideal for aerospace composite manufacturing and MRO applications.

    Application Guidelines

    • Select the appropriate film thickness based on cure pressure and part geometry.
    • Ensure the bagging film fully covers the laminate and sealing area before vacuum is applied.
    • Inspect the film for damage or punctures before use.
    • Maintain full vacuum throughout the cure cycle to achieve optimum laminate quality.
    • Store unused material in polyethylene bags under controlled humidity conditions.

    Compatibility & Limitations

    • Compatible with advanced aerospace composite curing systems.
    • Suitable for high-temperature vacuum bagging processes up to 205°C.
    • Nylon film absorbs moisture, increasing flexibility during handling.
    • Store between 55% and 65% relative humidity at approximately 20°C for optimum performance.
    • Intended for vacuum bagging and composite processing rather than permanent installation.

    Packaging & Procurement

    • Standard Thicknesses: 50 ?m and 75 ?m
    • 60V Width: 30 in (opens to 60 in)
    • 30T Width: 30 in tube
    • Available Formats: Sheet, Tube and V-Sheet
    • Available through Heatcon Composite Systems distribution network

    Why This Product is Chosen for AOG / MRO

    • Supports high-temperature composite repairs in aerospace maintenance.
    • Excellent flexibility simplifies bagging of complex repair geometries.
    • Reliable vacuum integrity helps produce high-quality structural repairs.
    • Suitable for both workshop and field composite repair operations.
    • Compatible with demanding aerospace composite cure cycles.

    Practical Suggestions for Your Team (AOG Mindset)

    • Keep the film sealed in its protective packaging until required.
    • Store under the recommended humidity conditions to maintain flexibility.
    • Inspect every vacuum bag before commencing the cure cycle.
    • Select sheet, tube or V-sheet format based on repair geometry.
    • Avoid unnecessary creasing or puncturing during lay-up and vacuum bag assembly.

    Manufacturer / Aviation Spec Codes

    • Product Name: HCS2101-04 Vacuum Bagging Film
    • Manufacturer: Heatcon Composite Systems
    • Product Codes: HCS2101-04-60V / HCS2101-04-30T
    • Product Type: High-temperature nylon vacuum bagging film
    • Maximum Service Temperature: 205°C (401°F)

    Restrictions

    Restrictions
    Restricted
    Dry Ice
    No
    Precursor Licence
    Export Licence
    FEDEX Restriction
    Supplier Disruption
    no

    Recommended Alternatives

    No related products

    Bought Together

    No related products

    Shipping Information

    • Orders over £100 online are eligible for FREE UK Mainland delivery.
    • Collection for orders is available for all customers. At Checkout, please select 'Ex-Works/Collection'.
    • European Delivery is available for selected countries. Shipping costs will be calculated according to the weight of the products.
    • Refrigerated shipping required for shipments going by sea or exceeding 7 days transit time.
    • For additional information, please see our shipping page.

    You May Be Interested In

    Recently Viewed