PE Foam Double-Coated Adhesive Tape

Zhejiang Zhuolv New Materials Co., Ltd. is one of the leading manufacturers and suppliers of pe foam double-coated adhesive tape in China, also supports customized service. If you're going to buy bulk durable pe foam double-coated adhesive tape, welcome to get pricelist and free sample from our factory. Quality products and reasonable price are available.

PE Foam Double-Coated Adhesive Tape consists of a closed-cell polyethylene foam carrier coated with pressure-sensitive adhesive on both sides. The foam provides a controlled bond-line thickness and accommodates minor surface variation. It is used for permanent mounting, component joining, light sealing and gap compensation on compatible substrates.

Product Construction
PE Foam Carrier
Closed-cell PE foam forms the core layer. Its thickness and density affect compression, conformability and the final bond-line geometry.
Double-Sided Adhesive
Pressure-sensitive adhesive is coated on both sides of the foam. Acrylic and rubber adhesive systems are available for different bonding requirements.
Release Liner
A paper or film liner protects the adhesive surfaces before application and supports slitting, rewinding and die-cut conversion.

Key Product Advantages
Controlled Bond Line
Foam thickness creates a defined interface between two components and helps accommodate minor dimensional variation.
Surface Conformity
The compressible carrier follows small surface irregularities, improving contact across rigid or slightly uneven components.
Permanent Assembly
The tape remains between the bonded surfaces after application, making it suitable for concealed mounting and component joining.
Production Flexibility
Roll, slit-roll, sheet and die-cut formats support different assembly and converting processes.
 

Technical Specifications

Adhesive Selection
Acrylic System
Acrylic adhesive is suited to applications where long-term adhesion, aging resistance and temperature stability are key selection factors.
Rubber System
Rubber adhesive provides strong initial tack and is suitable where rapid surface contact is important during assembly.
Substrate Matching
Adhesion depends on surface energy, texture, coating condition and cleanliness. The actual substrate should be evaluated before production release.

Application Materials
Plastic Components
PE, PP, ABS, PVC and other plastics require an adhesive system matched to surface energy and any surface treatment.
Metal Parts
Aluminum, stainless steel and coated metal can be bonded when the surface is clean, dry and structurally stable.
Glass and Painted Surfaces
The foam carrier helps maintain contact on rigid surfaces with minor surface variation or coating texture.

Typical Applications
Profile Mounting
Used for fixing lightweight plastic, aluminum or decorative profiles without exposed fasteners.
Nameplate Fixing
Suitable for identification plates, emblems, signs and decorative components where a concealed bond line is required.
Component Assembly
Provides a flexible bonding layer for lightweight parts and assemblies with controlled spacing.

Light Sealing
The foam layer can fill small gaps and provide a flexible interface for light sealing applications.

Converting Options
Slit Rolls
Master rolls can be converted into application widths for manual placement or production-line dispensing.
Sheet Format
Sheeted tape supports manual application and subsequent cutting operations.
Die-Cut Parts
Pre-cut shapes can follow component geometry and reduce manual tape preparation during assembly.

Roll and Size Control
Width
Tape width should correspond to the available bonding area and required load distribution.
Roll Length
Defined roll length provides consistent material usage and helps control roll changes during production.
Core
A 76 mm core is a common reference configuration. Other core sizes can be specified according to the converting process.

Application Conditions
Surface Preparation
Bonding surfaces should be clean, dry and free from dust, oil, release agents and loose particles.
Pressure
Uniform pressure across the tape area helps establish continuous adhesive contact with the substrate.
Temperature
Application temperature should be evaluated together with the adhesive system, substrate and service environment.

Quality Control
Dimensional Check
Thickness, width, roll length and core dimensions are checked against the specified configuration.
Adhesion Test
Peel adhesion can be evaluated using a defined substrate and test condition to maintain consistent batch control.
Roll Inspection
Winding, edge condition, liner coverage and visible coating condition are checked before packing.
Batch Traceability
Production identification can link finished rolls with the applicable material specification and inspection record.
 

Packaging and Supply
Roll Protection
Finished rolls are packed to protect the adhesive, liner and foam edges during handling and transportation.
Supply Formats
Available formats include standard rolls, slit rolls, jumbo rolls, sheets and die-cut parts.
Specification Control
Width, thickness, adhesive system, liner, core size and roll length can be fixed as the production specification for repeat orders.

FAQ
What is PE Foam Double-Coated Adhesive Tape used for?
It is used for permanent mounting, component joining, light sealing and gap compensation where a flexible foam bonding layer is required.
How should foam thickness be selected?
Thickness depends on surface variation, required bond-line thickness, component geometry and the amount of compression required during assembly.
Which adhesive system should be selected?
Acrylic systems are commonly selected for longer-term environmental stability. Rubber systems are suited to applications where initial tack is a primary requirement.
Can the tape be supplied as die-cut parts?
Yes. The tape can be converted into strips, sheets and custom die-cut shapes when the selected foam, adhesive and liner are suitable for the conversion process.
What information is needed for product selection?
Specify the substrate, tape thickness, width, roll length, adhesive system, liner, operating temperature and application method. A drawing can define custom die-cut dimensions.