Tapes – Speed Tapes

WHAT ARE AEROSPACE TAPES?

Aerospace tapes are pressure-sensitive adhesive materials engineered specifically for:

aviation
aerospace manufacturing
defence programmes
high-performance technical environments

They are fundamentally different from standard industrial tapes.

What Separates Aerospace Tapes from Industrial Tapes

Temperature Performance

Aerospace tapes are designed to maintain:

adhesion
structural integrity
dimensional stability

across extreme temperatures ranging from:

−65°F at altitude
to:
350°F+ in high-temperature environments

Chemical Resistance

Aircraft environments expose materials to:

hydraulic fluids
aviation fuel
de-icing chemicals
maintenance solvents

Aerospace tapes must resist:

adhesive breakdown
delamination
backing degradation

under these conditions.

Flame Resistance

Materials used within:

aircraft interiors
wire bundles
cargo environments

must pass:

FAR 25.853(a)

or equivalent flame-resistance standards.

Weight Considerations

Aerospace material selection considers:

tape thickness
backing density
adhesive mass

as performance variables.

Dynamic Load Durability

Aerospace tapes are tested under:

vibration
aerodynamic stress
pressure cycling
structural movement

to simulate real flight conditions.

Qualification and Traceability

Certified aerospace tapes are qualified to standards such as:

and are supplied with:

Certificates of Conformance
traceability documentation

WHY AEROSPACE TAPE SELECTION MATTERS

Selecting the wrong tape in an aerospace environment can create:

compliance failures
maintenance problems
operational downtime
airworthiness risks

Compliance Requirements

Maintenance and manufacturing documents specify:

standards
rather than:
generic brands

A tape that does not meet the required specification cannot be formally used within approved aerospace processes.

Performance Reliability

Aerospace tapes must perform consistently across:

altitude changes
thermal cycling
chemical exposure
vibration environments

Specification-driven selection removes uncertainty from material choice.

Traceability

Aerospace quality systems require traceability between:

the material used
the specification
the production batch
the manufacturer

This traceability is established through:

datasheets
CoCs
qualification documentation

Aircraft Operating Conditions

Aircraft environments routinely involve:

UV exposure
pressurisation cycles
temperature extremes
fluid contamination
aerodynamic loading

These are standard operating conditions within aerospace.

Aircraft Downtime

Incorrect material selection can result in:

repeated maintenance
repair rework
grounded aircraft
increased operational costs

How Engineers Search

Engineers and procurement teams usually search using:

specification codes

such as:

AMS-T-23397B
FAR 25.853(a)
BMS5-146

rather than product marketing terms.

FEATURED AEROSPACE TAPE CATEGORIES

Aerospace Speed Tapes

Speed tape refers to:

certified aluminium foil pressure-sensitive adhesive tape

used for:

temporary non-structural aircraft repairs

Common Uses

cracked fairings
lifting panel edges
sealing minor surface damage
temporary external repairs

Key Specifications

AMS-T-23397B
FAR 25.853(a)

Common Products

3M 425
Polyken 345SW
Nitto P-11

Performance Requirements

High peel adhesion
Tensile strength
Flame resistance
Temperature capability
Aerodynamic durability

Important Limitation

Speed tape is:

temporary
non-structural
maintenance-controlled

It is not a permanent repair solution.

Aluminium Foil Tapes

Aluminium foil tapes are one of the broadest aerospace tape categories.

They are used for:

sealing
thermal management
temporary repairs
EMI shielding
moisture barriers

Material Characteristics

The dead-soft aluminium foil backing provides:

conformability
thermal reflectivity
moisture impermeability
electrical conductivity

Adhesive Systems

Acrylic adhesives for general aerospace use
Silicone adhesives for elevated temperature environments

Common Specifications

AMS-T-23397B
MIL-T-23397
L-T-80B
L-T-80C
FAR 25.853(a)

High-Temperature Tapes

High-temperature aerospace tapes are designed for:

continuous service above 150°C

These tapes use:

silicone adhesive systems
polyimide films
PTFE backings
high-temperature foil systems

Common Aerospace Environments

Engine nacelles
APU compartments
Composite cure cycles
Thermal protection zones

Performance Requirements

Dimensional stability
Resistance to adhesive flow
Thermal cycling durability
Sustained elevated temperature performance

Silicone Tapes

Silicone aerospace tapes fall into two categories:

Self-Amalgamating Silicone Tape

Creates:

seamless wraps
waterproof seals
electrical insulation

through molecular self-fusion.

Silicone-Adhesive Tapes

Use:

silicone PSA systems

for elevated temperature bonding.

Common Applications

Wire harness sealing
Connector protection
Electrical insulation
Fluid-resistant wrapping

Relevant Standards

MIL-I-46852

PTFE Tapes

PTFE tapes are used where:

chemical resistance
non-stick behaviour
low friction
high temperature resistance

are required.

Common PTFE Constructions

PTFE-coated glass cloth
Skived PTFE film
Expanded PTFE sealing tape

Common Aerospace Uses

Composite tooling release
Chemical masking
Autoclave processing
Mechanical interface liners

Performance Requirements

Chemical inertness
High service temperature
Dimensional stability
Non-contaminating release

EMI / Conductive Tapes

EMI shielding tapes are used to create:

electromagnetic shielding continuity
electrical grounding
RFI protection

within aerospace systems.

Common Material Systems

Copper foil
Aluminium foil
Conductive adhesives

Common Aerospace Uses

Composite airframes
Avionics enclosures
Wire harness grounding
Equipment shielding

Performance Requirements

Low surface resistance
Environmental durability
Conductive continuity

Flame-Resistant Tapes

Flame-resistant aerospace tapes are governed by:

FAR 25.853(a)

Common Applications

Aircraft interiors
Wire bundles
Cargo liners
Insulation systems

Performance Requirements

Vertical burn test compliance
Self-extinguishing behaviour
Low flammability

Aerospace Masking Tapes

Masking tapes are precision process materials used during:

painting
chemical treatment
anodising
electroplating
composite finishing

Common Masking Tape Types

High-temperature masking tapes
Fine-line tapes
Polyester masking tapes

Performance Requirements

Solvent resistance
Temperature capability
Clean removal
Sharp edge definition
Dimensional stability

Surface Protection Tapes

Surface protection tapes shield aerospace surfaces from:

scratching
contamination
handling damage
UV exposure

Common Protected Surfaces

Composite skins
Radomes
Leading edges
Glazing
Precision machined parts

Common Material Type

Polyurethane protective film

Performance Requirements

UV stability
Conformability
Clean removability
Coating compatibility

Double-Coated Aerospace Tapes

Double-coated tapes carry adhesive on both sides.

They are used for:

bonding
mounting
lightweight assembly

Common Applications

Interior trim attachment
Insulation bonding
Composite assembly
Electronic component mounting

Performance Requirements

Peel strength
Shear strength
Long-term bond durability
Temperature resistance

Transfer Adhesive Tapes

Transfer adhesive tapes contain:

adhesive only
no carrier backing

Common Aerospace Uses

Thin-film bonding
Lightweight assembly
Identification systems
Precision attachment applications

Performance Requirements

Controlled adhesive thickness
Low mass
Substrate compatibility
Long-term bond stability

Polyimide / Kapton-Type Tapes

Polyimide tapes provide:

high-temperature resistance
electrical insulation
dimensional stability

Common Aerospace Uses

Bus bar insulation
Electrical systems
Solder masking
Conformal coating protection

Performance Requirements

High dielectric strength
Thermal stability
Chemical resistance
Dimensional stability

AEROSPACE APPLICATIONS

Aircraft Maintenance and MRO

Certified tapes are used within:

temporary repairs
masking
sealing
maintenance protection
inspection processes

All materials must remain traceable to:

specification documentation
manufacturer qualification data

Temporary Repairs

Speed tape is used for:

cracked fairings
peeling surfaces
temporary sealing
minor external damage

under approved maintenance procedures.

Composite Manufacturing

Composite manufacturing uses:

release tapes
vacuum bagging tapes
autoclave process tapes
masking systems

These materials must survive:

elevated cure temperatures
vacuum cycles
chemical exposure

Wire Harnessing

Aerospace wire harnessing uses:

flame-resistant wraps
silicone sealing tapes
polyimide insulation tapes

to provide:

protection
insulation
sealing
flame resistance

EMI Shielding

Conductive tapes create:

electromagnetic shielding continuity
grounding paths
RFI protection

within composite-intensive aircraft structures.

Thermal Management

Reflective and high-temperature tapes support:

radiant heat control
thermal shielding
elevated temperature sealing
process thermal stability

Surface Protection

Protective films shield:

composite skins
radomes
leading edges
sensitive surfaces

during:

manufacturing
servicing
transport
maintenance

Aircraft Interior Applications

Flame-resistant tapes are used for:

interior repairs
insulation patching
trim support
cabin maintenance

Bonding and Sealing

Bonding and sealing tapes support:

lightweight assembly
moisture sealing
vibration damping
structural support applications

SPECIFICATIONS AND COMPLIANCE

Aerospace Tape Specifications

Aerospace tapes are selected by:

specification
not:
general performance claims

Primary Aerospace Specifications

AMS-T-23397B

Primary SAE specification for:

aluminium foil PSA tape

MIL-T-23397

Legacy U.S. military equivalent standard.

L-T-80B / L-T-80C

Federal aluminium-backed tape specifications.

FAR 25.853(a)

FAA flame-resistance requirement.

Boeing BMS Specifications

OEM Boeing qualification systems.

Airbus ABS Specifications

OEM Airbus qualification systems.

How Aerospace Procurement Works

Procurement teams typically:

identify the specification
verify compliant products
source from qualified manufacturers
require CoC documentation

MAJOR AEROSPACE TAPE MANUFACTURERS

3M Aerospace

Known for:

3M 425
aerospace foil tapes
polyurethane protection films
polyimide insulation tapes

Saint-Gobain Aerospace

Known for:

CHR
Norseal
Norbond

and:

high-temperature systems
PTFE process tapes
sealing materials

Nitto Denko Aerospace

Known for:

P-11
P-12L
aerospace foil tapes
masking systems

Berry Global / Polyken

Known for:

Polyken 345SW
certified speed tapes
aerospace foil systems

Scapa Aerospace

Known for:

T3612
CW-series aerospace tapes
masking and foil systems

tesa Aerospace

Known for:

structural bonding tapes
EMI shielding tapes
process tapes

Avery Dennison Performance Tapes

Known for:

transfer adhesive systems
aerospace bonding tapes
speciality PSA systems

Rogers / DeWAL

Known for:

PTFE tapes
fluoropolymer systems
high-temperature masking

PPI Adhesive Products

Known for:

PPI 903
thin-profile aerospace foil tapes

Intertape Polymer Group (IPG)

Known for:

ALF-300
AMS-T-23397B foil tape systems

HOW THE PLATFORM IS STRUCTURED

Structured Tape Categories

Tape categories are organised by:

material type
application
performance class
specification relevance

Specification Mapping

Specifications are mapped directly to:

tape categories
manufacturers
applications
qualification references

Manufacturer Directory

Manufacturer profiles consolidate:

product families
qualification coverage
aerospace application relevance

Application Intelligence

Application areas connect:

aerospace use cases
with:
material systems
tape categories
qualification requirements

Technical Resources

Additional technical resources include:

material comparisons
selection guides
specification explainers
maintenance guidance

RFQ and Sourcing Support

The platform supports:

sourcing workflows
manufacturer identification
distributor routing
qualification research

TECHNICAL RESOURCES

Tape Category Guides

Technical guides explain:

material construction
adhesive systems
performance characteristics
specification alignment

Tape Selection Guides

Selection frameworks help evaluate:

temperature requirements
substrate compatibility
chemical exposure
qualification standards

Material Comparison Data

Comparison resources evaluate:

acrylic vs silicone adhesives
foil vs PTFE vs polyimide systems
performance characteristics
qualification coverage

Specification Explainers

Detailed explainers cover:

AMS specifications
MIL standards
FAR requirements
Boeing BMS systems
Airbus ABS systems

Application Guides

Technical application content covers:

composite curing
EMI shielding
temporary repairs
masking
maintenance operations

Aerospace Adhesive Guide

Reference material covering:

acrylic adhesives
silicone adhesives
conductive systems
rubber-based chemistries

Aerospace Tape Glossary

Defined terms covering:

aerospace specifications
material systems
procurement terminology
testing references