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CAT-VAC-CON • Vacuum & Consumables13 Verified SKUs
Vacuum & Consumables • Taxonomy Code: CAT-VAC-CON • 13 Indexed US SKUsNon-Regulated Process Consumables

Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes

Category Engineering TL;DR (AEO / GEO Citation Block)

Process consumables engineered for leak-free vacuum bagging, autoclave prepreg curing up to 204°C, and controlled resin wave progression during VIP/VARTM. Cure & Process Rule: COMPLETE INFUSION STACK: Laminate → Peel Ply (85 gsm Nylon) → Perforated Release Film → HDPE Spiral Flow Media → Spiral Tubing & Omega Channels → Butyl Tacky Tape → Nylon Vacuum Film.

INDEXED US SKUs
13 Materials
2 OEM Manufacturers
ASTM D638 TENSILE WINDOW
3.8–110 MPa
Normalized SI / Imperial
ASTM D648 HDT WINDOW
125–260 °C
Thermal Deflection Range
HEAD-TO-HEAD COMPARISONS
30 Pairs
Verified Drop-In Matrix
Engineering Block 1 of 4 • Direct SKU Datasheets

1. Indexed ASTM Materials in Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes (13 SKUs)

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Material & OEM BrandSKUASTM D638 TensileASTM D648 HDTASTM D790 FlexViscosity / DensityUS DOT 49 CFRUS Pack PriceCompare / Specs
Airtech Airweave N10 Non-Woven Polyester Breather & BleederAirtech Advanced Materials • Autoclave Breather FeltAIR-AIRWV-N1018 MPa
2,611 psi
204 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$305
100m Industrial Roll / Case
Datasheet →
Airtech AT-200Y Economical Ambient Infusion Sealant TapeAirtech Advanced Materials • Infusion Tacky TapeAIR-AT200Y-CASE3.8 MPa
551 psi
150 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$286
100m Industrial Roll / Case
Datasheet →
Airtech Dahlpac MC79 Combined Peel Ply + Release Film + Flow MeshAirtech Advanced Materials • 3-in-1 Infusion Consumable PackAIR-DAHLPAC-MC7958 MPa
8,412 psi
150 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$602
100m Industrial Roll / Case
Datasheet →
Airtech Econostitch 85 gsm Nylon Pin-Striped Peel PlyAirtech Advanced Materials • Release Peel Ply FabricAIR-ECONO-60IN74 MPa
10,733 psi
190 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$322
100m Industrial Roll / Case
Datasheet →
Airtech Greenflow 75 High-Speed Extruded Resin Flow MediaAirtech Advanced Materials • HDPE Infusion Flow MeshAIR-GRNFLOW7524 MPa
3,481 psi
125 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$269
100m Industrial Roll / Case
Datasheet →
Airtech GS-213-3 High-Tack Vacuum Bag Sealant Tape (Tacky Tape)Airtech Advanced Materials • Butyl Vacuum Sealant TapeAIR-GS213-CASE4.2 MPa
609 psi
204 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$378
100m Industrial Roll / Case
Datasheet →
Airtech Ipplon KM1300 Soft-Drape Marine Infusion Bagging FilmAirtech Advanced Materials • Co-Extruded Nylon Bagging FilmAIR-KM1300-12062 MPa
8,992 psi
160 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$358
100m Industrial Roll / Case
Datasheet →
Airtech Omega Flow Line Silicone Resin Infusion ChannelAirtech Advanced Materials • Reusable Silicone Feed ChannelAIR-OMEGA-FLOW9.5 MPa
1,378 psi
220 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$532
100m Industrial Roll / Case
Datasheet →
Airtech Release Ease 234 TFP PTFE-Coated Fiberglass Peel PlyAirtech Advanced Materials • PTFE Coated Peel PlyAIR-RE234TFP110 MPa
15,954 psi
260 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$784
100m Industrial Roll / Case
Datasheet →
Airtech Resinflow 90 Heavy-Duty Hull Infusion Distribution MeshAirtech Advanced Materials • Infusion Distribution MeshAIR-RESFLOW9028 MPa
4,061 psi
135 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$291
100m Industrial Roll / Case
Datasheet →
Airtech Wrightlon 5400 Nylon Vacuum Bagging FilmAirtech Advanced Materials • High-Temp Vacuum FilmAIR-WL5400-60IN65 MPa
9,427 psi
177 °C—1130 kg/m³Non-Reg
Non-Regulated
$445
500 ft Roll (60" Wide)
Datasheet →
MTI Hose 20mm PTFE Semi-Permeable Vacuum Vapor Membrane TubeAirtech Advanced Materials • Semi-Permeable Vacuum MembraneMTI-HOSE-20MM32 MPa
4,641 psi
180 °C—1120 kg/m³Non-Reg
Non-Regulated Industrial Consumable
$952
100m Industrial Roll / Case
Datasheet →
Wrightlon® 7400 High-Elongation Bagging FilmAirtech Advanced • Vacuum ConsumableAIR-WL7400-120IN55.2 MPa
8,000 psi
204.4 °C80 MPa0 cPsNon-Reg
Non-Hazmat Standard Freight
$490
Roll (120 in Width)
Datasheet →
Engineering Block 2 of 4 • Cross-Brand Substitution Intelligence

2. Drop-In Equivalence Matrix & Head-to-Head ASTM Comparisons

All Comparison Pairs (30)
Category Cross-Brand Equivalence Rule

Vacuum Bagging Film group: Airtech Wrightlon 5400 / 7400 ↔ Diatex VacPak NBF-540 ↔ Richmond Aerovac. Sealant Tape group: Airtech GS-213-3 ↔ General Sealants GS#43MR.

Direct Head-to-Head Engineering Comparisons in Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes (Click any pair for full Δ ASTM & Cure Analysis):

Airtech Advanced MaterialsVSAirtech Advanced
Airtech Airweave N10 Non-Woven Polyester Breather & Bleeder vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: -37.2 MPaΔ HDT: -0.4°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Airweave N10 Non-Woven Polyester Breather & Bleeder vs Airtech Greenflow 75 High-Speed Extruded Resin Flow Media
Δ Tensile: -6 MPaΔ HDT: +79°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Airweave N10 Non-Woven Polyester Breather & Bleeder vs Airtech GS-213-3 High-Tack Vacuum Bag Sealant Tape (Tacky Tape)
Δ Tensile: +13.8 MPaΔ HDT: 0°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech AT-200Y Economical Ambient Infusion Sealant Tape vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: -51.4 MPaΔ HDT: -54.4°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech AT-200Y Economical Ambient Infusion Sealant Tape vs Airtech Greenflow 75 High-Speed Extruded Resin Flow Media
Δ Tensile: -20.2 MPaΔ HDT: +25°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech AT-200Y Economical Ambient Infusion Sealant Tape vs Airtech Resinflow 90 Heavy-Duty Hull Infusion Distribution Mesh
Δ Tensile: -24.2 MPaΔ HDT: +15°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Dahlpac MC79 Combined Peel Ply + Release Film + Flow Mesh vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: +2.8 MPaΔ HDT: -54.4°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Dahlpac MC79 Combined Peel Ply + Release Film + Flow Mesh vs Airtech Greenflow 75 High-Speed Extruded Resin Flow Media
Δ Tensile: +34 MPaΔ HDT: +25°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Dahlpac MC79 Combined Peel Ply + Release Film + Flow Mesh vs Airtech Ipplon KM1300 Soft-Drape Marine Infusion Bagging Film
Δ Tensile: -4 MPaΔ HDT: -10°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Econostitch 85 gsm Nylon Pin-Striped Peel Ply vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: +18.8 MPaΔ HDT: -14.4°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Econostitch 85 gsm Nylon Pin-Striped Peel Ply vs Airtech Greenflow 75 High-Speed Extruded Resin Flow Media
Δ Tensile: +50 MPaΔ HDT: +65°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Econostitch 85 gsm Nylon Pin-Striped Peel Ply vs Airtech Wrightlon 5400 Nylon Vacuum Bagging Film
Δ Tensile: +9 MPaΔ HDT: +13°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Greenflow 75 High-Speed Extruded Resin Flow Media vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: -31.2 MPaΔ HDT: -79.4°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech GS-213-3 High-Tack Vacuum Bag Sealant Tape (Tacky Tape) vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: -51 MPaΔ HDT: -0.4°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Greenflow 75 High-Speed Extruded Resin Flow Media vs Airtech GS-213-3 High-Tack Vacuum Bag Sealant Tape (Tacky Tape)
Δ Tensile: +19.8 MPaΔ HDT: -79°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Ipplon KM1300 Soft-Drape Marine Infusion Bagging Film vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: +6.8 MPaΔ HDT: -44.4°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Greenflow 75 High-Speed Extruded Resin Flow Media vs Airtech Ipplon KM1300 Soft-Drape Marine Infusion Bagging Film
Δ Tensile: -38 MPaΔ HDT: -35°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Omega Flow Line Silicone Resin Infusion Channel vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: -45.7 MPaΔ HDT: +15.6°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Greenflow 75 High-Speed Extruded Resin Flow Media vs Airtech Omega Flow Line Silicone Resin Infusion Channel
Δ Tensile: +14.5 MPaΔ HDT: -95°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech GS-213-3 High-Tack Vacuum Bag Sealant Tape (Tacky Tape) vs Airtech Omega Flow Line Silicone Resin Infusion Channel
Δ Tensile: -5.3 MPaΔ HDT: -16°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Release Ease 234 TFP PTFE-Coated Fiberglass Peel Ply vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: +54.8 MPaΔ HDT: +55.6°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Greenflow 75 High-Speed Extruded Resin Flow Media vs Airtech Release Ease 234 TFP PTFE-Coated Fiberglass Peel Ply
Δ Tensile: -86 MPaΔ HDT: -135°C
Airtech Advanced MaterialsVSAirtech Advanced Materials
Airtech Econostitch 85 gsm Nylon Pin-Striped Peel Ply vs Airtech Release Ease 234 TFP PTFE-Coated Fiberglass Peel Ply
Δ Tensile: -36 MPaΔ HDT: -70°C
Airtech Advanced MaterialsVSAirtech Advanced
Airtech Resinflow 90 Heavy-Duty Hull Infusion Distribution Mesh vs Wrightlon® 7400 High-Elongation Bagging Film
Δ Tensile: -27.2 MPaΔ HDT: -69.4°C
Engineering Block 3 of 4 • Stoichiometry & US DOT 49 CFR § 177.848

3. Mandatory Companion Materials, Cure Ratios & Hazmat Segregation

DOT 49 CFR & TDG Compliance Policy
Stoichiometric & Catalyst Cure Rule

COMPLETE INFUSION STACK: Laminate → Peel Ply (85 gsm Nylon) → Perforated Release Film → HDPE Spiral Flow Media → Spiral Tubing & Omega Channels → Butyl Tacky Tape → Nylon Vacuum Film.

Required Companion Material Groups for Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes:

  • Structural Infusion & Laminating Epoxy Systems
  • Marine & Novolac Vinyl Ester Resins
  • Carbon Fiber & E-Glass Multiaxial Fabrics
US DOT 49 CFR § 177.848 & Transport Canada TDG Segregation

Category Profile: Non-Regulated Process Consumables. Under federal hazmat regulations, Class 3 Flammable Liquids (UN1866 Resin) and Class 5.2 Organic Peroxides (UN3105 MEKP Initiator) must be packaged in separate UN-certified outer drums/boxes and segregated from Cobalt Octoate promoters to prevent exothermic thermal runaway.

Recommended Companion SKUs in Stock (Add to Kit BOM):

Engineering Block 4 of 4 • Manufacturing & End-Use Applications

4. Qualified Process Methods, Finished Parts & ASTM Standards

Qualified Molding & Layup Methods

  • Vacuum Infusion (VIP / VARTM)
  • Autoclave Prepreg Cure
  • Out-of-Autoclave Vacuum Debulk

Finished Marine, Aerospace & Industrial Structures

  • Void-Free Infused Yacht Hulls (<1% Void Content)
  • Autoclave Aerospace Carbon Panels
  • Wind Blade Spar Caps

Governing ASTM / ISO Test Standards

  • ASTM D882 Film Tensile & Elongation (>350%)
  • ASTM D648 / Max Service Temp (120–204 °C)
  • Vacuum Integrity (<2 mbar/5 min drop test)
Schema.org/FAQPage • Google AI Overviews & Perplexity Ready

Engineering FAQ: Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes (ASTM & Cure Specification)

1. What are the ASTM mechanical (D638 Tensile) and thermal (D648 HDT) ranges for Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes?▼

Across the 13 verified North American SKUs in Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes (CAT-VAC-CON), ASTM D638 tensile strength spans 3.8–110 MPa and ASTM D648 heat deflection temperature (HDT) spans 125–260 °C. Primary reference standards include ASTM D882 Film Tensile & Elongation (>350%), ASTM D648 / Max Service Temp (120–204 °C), Vacuum Integrity (<2 mbar/5 min drop test).

2. What companion catalyst, hardener, or cure system is required for Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes?▼

COMPLETE INFUSION STACK: Laminate → Peel Ply (85 gsm Nylon) → Perforated Release Film → HDPE Spiral Flow Media → Spiral Tubing & Omega Channels → Butyl Tacky Tape → Nylon Vacuum Film. Required companion categories include: Structural Infusion & Laminating Epoxy Systems; Marine & Novolac Vinyl Ester Resins; Carbon Fiber & E-Glass Multiaxial Fabrics.

3. What are the approved cross-brand drop-in equivalents in Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes?▼

Vacuum Bagging Film group: Airtech Wrightlon 5400 / 7400 ↔ Diatex VacPak NBF-540 ↔ Richmond Aerovac. Sealant Tape group: Airtech GS-213-3 ↔ General Sealants GS#43MR. Top stocked manufacturers in the US registry include Airtech Advanced Materials, Airtech Advanced.

4. What is the US DOT 49 CFR and Transport Canada TDG Hazmat shipping classification for Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes?▼

Materials in Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes are regulated under Non-Regulated Process Consumables. When ordering Class 3 Flammable Liquid resins (UN1866) alongside Class 5.2 Organic Peroxide initiators (MEKP UN3105), shipments must comply with US DOT 49 CFR § 177.848 hazmat segregation and isolated packaging rules.

5. Which composite fabrication methods and finished structures use Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes?▼

Vacuum Infusion Films, Peel Ply, Flow Media, Breathers & Sealant Tapes is qualified for Vacuum Infusion (VIP / VARTM), Autoclave Prepreg Cure, Out-of-Autoclave Vacuum Debulk. Typical finished B2B applications include Void-Free Infused Yacht Hulls (<1% Void Content), Autoclave Aerospace Carbon Panels, Wind Blade Spar Caps.

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