JLON supplies standard vacuum bagging films for fiberglass boat manufacturing, wind turbine components, industrial FRP products and other vacuum-assisted composite manufacturing processes.
Our standard range includes P100 modified PE/PP vacuum bagging film for cost-effective, lower-temperature FRP processing and NL150 nylon/PE vacuum bagging film for applications requiring higher temperature resistance.
With regular film widths up to 12 meters and customized P100 widths up to 16 meters, JLON helps composite manufacturers cover large mold surfaces with fewer seams, improve bagging efficiency and select appropriate materials for different production requirements.
Both grades offer high elongation and practical roll configurations for manufacturing fiberglass hulls, wind energy components, industrial panels, sanitary ware and composite molds.
JLON offers P100 and NL150 vacuum bagging films to meet different curing temperatures, manufacturing processes and cost requirements.
P100 is a modified PE/PP film designed for cost-effective vacuum infusion. It has a specified exposure rating of 100°C for 60 minutes and a short peak-temperature rating of 120°C for no more than five minutes.
NL150 is a nylon PA6/PE film with a short-term temperature rating of 150°C, making it an option for selected medium-temperature composite processing applications.
JLON provides regular bagging film widths up to 12 meters, helping composite manufacturers cover large molds with fewer film joints.
For selected P100 orders, customized film widths up to 16 meters are available.
Wide-format bagging film is particularly useful for fiberglass boat hulls, wind energy components and large industrial FRP structures.
P100 has specified elongation at break of at least 600% in both machine and transverse directions, while NL150 provides at least 400%.
High elongation helps the film accommodate curved mold surfaces, corners and complex composite component geometries.
Proper film allowance and suitable bagging techniques remain essential for preventing bridging and localized strain.
JLON standard vacuum bagging films are designed for use with compatible sealant tapes and vacuum bagging equipment.
They can be evaluated for processes operating at vacuum gauge pressures of approximately -0.08 to -0.095 MPa.
Actual vacuum integrity depends on the complete bagging assembly, including film condition, sealant tape, seams, fittings and processing conditions. Leak testing is recommended before resin infusion.
JLON supplies multiple standard widths, film thicknesses and roll lengths to accommodate different mold dimensions and manufacturing requirements.
Customized P100 widths and alternative roll lengths can also be arranged according to production capabilities and order quantities.
In addition to vacuum bagging films, JLON supplies fiberglass reinforcements, carbon fiber fabrics, PVC and PET foam cores, release films, peel ply, infusion mesh, sealant tapes and resin-flow tubing.
Customers can coordinate the sourcing of composite materials and vacuum infusion consumables through one supplier.
Property | P100 | NL150 |
Material | Modified PE/PP | Nylon PA6/PE |
Temperature specification | 100°C for 60 min | 150°C short-term |
Maximum peak temperature | 120°C for ≤5 min | 150°C |
Reference thickness | 80 ±5 μm | 65 ±3 μm |
Available stock thickness | 80 μm | 50 / 65 / 75 μm |
Tensile strength (MD/TD) | ≥25 / ≥25 MPa | ≥35 / ≥35 MPa |
Elongation at break (MD/TD) | ≥600% / ≥600% | ≥400% / ≥400% |
Regular width range | 4–12 m | 2–12 m |
Maximum customized width | 16 m | Confirm on request |
Main advantage | Cost-effective FRP infusion | Higher temperature resistance |
Typical applications | Marine, nacelle covers, general FRP | Wind blades, large FRP parts, medium-temperature processing |
Technical Note: Temperature ratings should be evaluated against actual curing duration, resin chemistry and processing conditions. A maximum short-term temperature rating does not represent unlimited continuous service.
P100 is a modified PE/PP vacuum bagging film developed for composite manufacturing processes where cost efficiency, flexibility and large-area mold coverage are important.
The film has a standard thickness of 80 ±5 μm and specified elongation at break of at least 600% in both machine and transverse directions.
Its flexibility helps accommodate curved fiberglass molds and complex component geometries during compatible vacuum infusion processes.
P100 is particularly suitable for selected fiberglass boat hulls, decks, wind turbine nacelle covers, industrial fiberglass panels and other lower-temperature FRP products.
Property | Specification | Test Standard |
Model | P100 | — |
Material | Modified PE/PP | — |
Specified continuous exposure | 100°C for 60 min, no shrinkage | — |
Maximum peak temperature | 120°C, ≤5 min | — |
Standard thickness | 80 ±5 μm | GB/T 6672 |
Tensile strength, MD | ≥25 MPa | GB/T 1040.3 |
Tensile strength, TD | ≥25 MPa | GB/T 1040.3 |
Elongation at break, MD | ≥600% | GB/T 1040.3 |
Elongation at break, TD | ≥600% | GB/T 1040.3 |
Tear strength | ≥120 kN/m | GB/T 16578 |
Puncture resistance | ≥42 N | ASTM D5748 |
Regular film widths | 4 / 5 / 6 / 7 / 8 / 10 / 12 m | — |
Maximum customized width | 16,000 mm | — |
Paper core diameter | 76 mm | — |
Standard roll length | 100 m | — |
Low-temperature performance | No brittle cracking at -10°C | — |
Width (m) | Thickness (μm) | Roll Length (m) |
4 | 80 | 100 |
5 | 80 | 100 |
6 | 80 | 100 |
7 | 80 | 100 |
8 | 80 | 100 |
10 | 80 | 100 |
12 | 80 | 100 |
Customized Supply
For manufacturers requiring wider vacuum bagging film, JLON can discuss customized P100 widths up to 16 meters.
Alternative roll lengths may also be available according to order quantity and production requirements.
NL150 is a nylon PA6/PE vacuum bagging film developed for composite manufacturing processes requiring greater thermal resistance than standard PE-based bagging film.
The film has a specified short-term temperature rating of 150°C, tensile strength of at least 35 MPa and elongation at break of at least 400% in both machine and transverse directions.
NL150 is available in several stock thicknesses and film widths, making it suitable for evaluation in selected wind blade, marine composite, industrial FRP and medium-temperature tooling applications.
With regular film widths from 2 to 12 meters, NL150 offers flexible sizing options for large composite molds and production equipment.
Property | Specification | Test Standard |
Model | NL150 | — |
Material | Nylon PA6/PE | — |
Maximum short-term temperature | 150°C | — |
Specified temperature range | -50 to 150°C | — |
Reference thickness | 65 ±3 μm | — |
Tensile strength, MD | ≥35 MPa | ASTM D882 |
Tensile strength, TD | ≥35 MPa | ASTM D882 |
Elongation at break, MD | ≥400% | ASTM D882 |
Elongation at break, TD | ≥400% | ASTM D882 |
Heat-seal temperature range | 140–160°C | — |
Heat-seal strength | ≥35 N/15 mm | — |
Oxygen transmission rate | ≤15 cm³/(m²·day·0.1 MPa) | ASTM D3985 |
Water vapor transmission rate | ≤5 g/(m²·day) | ASTM E96 |
Regular film widths | 2–12 m | — |
Temperature Note: The 150°C rating represents short-term temperature resistance. The permitted exposure duration should be verified against the relevant technical data and actual curing conditions before production use.
Width (m) | Thickness (μm) | Roll Length (m) |
2 | 65 | 200 |
3 | 65 | 200 |
4 | 50 | 100 |
4 | 65 | 100 / 200 |
4.57 | 65 | 150 |
5.2 | 65 | 120 |
6 | 50 | 150 |
6 | 65 | 150 |
6 | 75 | 100 |
7 | 50 | 130 |
7 | 65 | 130 |
8 | 50 | 130 |
8 | 65 | 140 |
9 | 50 | 100 |
9 | 65 | 100 |
10 | 50 | 150 |
10 | 65 | 150 |
12 | 65 | 100 |
Stock Availability
The dimensions above represent regular supply specifications. Current inventory, delivery lead times and minimum order quantities should be confirmed before ordering.
For thicknesses other than the 65 μm reference grade, applicable thickness tolerances should be confirmed against the corresponding product specification.
Vacuum infusion is widely used in fiberglass boat manufacturing to produce hulls, decks and other composite components.
During the infusion process, vacuum bagging film forms a sealed enclosure above the dry reinforcement and core materials, allowing vacuum pressure to be applied to the laminate.
JLON P100 provides a cost-effective film option for compatible lower-temperature marine infusion processes using polyester or vinyl ester resin systems.
NL150 may be considered for marine composite manufacturing processes requiring higher thermal resistance.
Both films should be selected according to resin chemistry, mold geometry, maximum processing temperature and the required vacuum cycle.
Wind energy components often require large mold surfaces and substantial quantities of vacuum bagging consumables.
Wide-format vacuum bagging film helps reduce the number of seams required when covering large composite structures.
JLON supplies P100 and NL150 for selected wind energy manufacturing processes.
P100 is suitable for compatible lower-temperature FRP applications, including selected wind turbine nacelle covers.
NL150 offers additional thermal capability for suitable wind blade infusion, prepreg compaction and other composite processing operations.
The appropriate film depends on the component, resin system and curing schedule.
Standard vacuum bagging films are used in the production of industrial fiberglass panels, composite covers and other molded FRP components.
JLON provides modified PE/PP and nylon/PE film options, allowing manufacturers to select a grade according to thermal requirements, mechanical properties and production costs.
Wide roll formats are particularly useful for large industrial molds and repetitive composite manufacturing operations.
Selected composite sanitary ware and building products are manufactured using vacuum-assisted processing methods.
P100 can be considered for compatible lower-temperature applications such as molded sanitary components, fiberglass panels and other FRP building products.
Its high elongation helps accommodate suitable curved mold surfaces and irregular component geometries.
Vacuum bagging films are also used in the manufacture of composite molds and production tooling.
NL150 may be suitable for selected medium-temperature tooling applications where its thermal and mechanical properties match the required processing conditions.
Film selection should account for curing duration, mold geometry, vacuum level and compatibility with other consumables.
Selecting the appropriate vacuum bagging film requires consideration of resin chemistry, processing temperature, exposure duration, mold dimensions and production cost.
For cost-sensitive fiberglass vacuum infusion processes operating within its specified temperature limits, P100 is generally the more economical option.
For compatible manufacturing processes requiring greater temperature resistance, NL150 provides an alternative nylon/PE construction.
Processing Requirement | Recommended JLON Film | Suggested Release Film |
Up to 100°C, within specified exposure duration | P100 | Compatible 130°C-rated release film |
Above 100°C, up to 120°C | NL150 | Compatible 130°C-rated release film |
Important Selection Note
The recommendations above are preliminary and do not establish continuous-use ratings for every curing cycle.
Film selection must consider maximum temperature, actual time at temperature, resin compatibility and vacuum conditions.
For processes exceeding the verified NL150 operating range, JLON also supplies a separate high-temperature nylon vacuum bagging film series with rated maximum service temperatures of 204°C, 230°C and 246°C.
Standard vacuum bagging film is a flexible polymer film used to create a sealed vacuum envelope around composite laminates during vacuum infusion and other vacuum-assisted manufacturing processes.
The film works with sealant tape and other consumables to maintain the vacuum conditions required for the selected process.
P100 is a modified PE/PP film designed for cost-effective lower-temperature FRP manufacturing. It has a specified 100°C exposure rating for 60 minutes and a short peak-temperature rating of 120°C.
NL150 is a nylon PA6/PE film with a short-term temperature rating of 150°C. It is suitable for evaluation in selected composite processes requiring higher thermal resistance.
The two grades also differ in standard thickness, tensile strength, elongation and stock dimensions.
P100 is a cost-effective option for compatible lower-temperature fiberglass boat hull and deck infusion processes.
The final selection depends on the resin system, maximum curing temperature, resin exotherm, mold geometry and processing conditions.
NL150 may be considered when additional temperature resistance is required.
The appropriate film depends on the wind blade manufacturing process, resin chemistry and curing schedule.
JLON NL150 is an option for compatible wind blade vacuum infusion and compaction processes.
P100 may be suitable for selected lower-temperature wind energy FRP components, including nacelle covers.
P100 has a specified peak temperature rating of 120°C for no more than five minutes.
Its separate exposure specification of 100°C applies for 60 minutes without shrinkage under the stated conditions.
P100 should not be assumed suitable for prolonged curing at 120°C without additional qualification.
Film thickness depends on mold geometry, component size, handling conditions and puncture risk.
JLON P100 has a standard thickness of 80 ±5 μm.
NL150 has a reference thickness of 65 ±3 μm, with regular stock configurations also including 50 and 75 μm.
The appropriate thickness should be selected according to processing conditions and the relevant technical specifications.
JLON supplies standard vacuum bagging film widths up to 12 meters.
Selected P100 configurations can be customized up to 16 meters, subject to manufacturing requirements and order quantity.
Elongation helps a vacuum bagging film accommodate curved mold surfaces, corners and complex component geometries.
P100 specifies elongation at break of at least 600%, while NL150 specifies at least 400%.
Adequate film allowance, pleating and proper installation are also important to reduce bridging and localized tension.
JLON standard vacuum bagging films are intended for vacuum-assisted composite manufacturing, including suitable processes operating at approximately -0.08 to -0.095 MPa gauge pressure.
Actual vacuum integrity depends on the complete bagging assembly, including the film, sealant tape, joints, vacuum fittings and processing conditions.
Vacuum leak testing is recommended before starting resin infusion.
Vacuum bagging film creates the outer sealed enclosure around a composite laminate.
Release film is used within the bagging assembly to separate materials or control resin bleed, depending on whether the film is perforated or non-perforated.
The appropriate release film should be selected according to the resin system and curing temperature.
Yes. JLON supplies release films, peel ply, infusion mesh, sealant tapes, vacuum tubing and other composite processing materials.
JLON also supplies fiberglass reinforcements, carbon fiber fabrics and foam core materials for composite manufacturers.
Technical datasheets, applicable material safety documentation and batch certificates of analysis can be provided according to the product and order requirements.
Customers with specific inspection, traceability or documentation requirements should confirm these before ordering.
Looking for reliable and cost-effective vacuum bagging films for marine, wind energy or general FRP vacuum infusion?
JLON supplies P100 modified PE/PP and NL150 nylon/PE vacuum bagging films in multiple thicknesses, widths and roll configurations.
Our team can help customers identify suitable stock dimensions and coordinate the supply of related vacuum infusion consumables.
For a quotation, please provide your application, resin system, maximum curing temperature, curing duration, required film thickness, width, roll length and estimated quantity.
Contact JLON for Technical Data, Samples and Pricing
JLON – Composite Materials & Vacuum Infusion Consumables Supplier
