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Technical Material Selection Guide

Hot Melt Adhesive Material Selection Guide

Compare hot melt adhesive film, hot melt adhesive web and functional dot-film structures by substrate, polymer family, processing requirements and end-use performance. Use this guide to narrow suitable bonding options for textiles, foam, leather, plastics, wood, metal and rubber.

The right adhesive should be selected from the complete material combination—not only the adhesive name or melting point.

Compare Film & Web Choose by Material Request Material Evaluation

Quick Guide to Hot Melt Adhesive Film & Web

Start by deciding whether your application needs continuous adhesive coverage, an open web structure, or controlled dot coverage.

Three Product Forms

Hot Melt Adhesive Film

A continuous adhesive layer. Film is a practical starting point when continuous bonding coverage, controlled thickness or uniform lamination is required.

View Hot Melt Adhesive Film

Hot Melt Adhesive Web

An open fibrous adhesive structure. Web can be evaluated when reduced adhesive coverage, softness or an open laminate structure is important.

View Hot Melt Adhesive Web

Functional Dot Film

A patterned adhesive structure for applications requiring controlled adhesive distribution together with specific waterproofing, flexibility or breathability requirements.

View Dot Film

Four-Step Core Selection Method

1

Identify Both Substrates

Record the first and second materials. Fabric-to-foam, fabric-to-metal and plastic-to-metal constructions can require different adhesive behavior.

2

Check End-Use Requirements

Consider flexibility, washing, temperature resistance, breathability, waterproofing, appearance and aging requirements.

3

Check Processing Limits

Confirm the substrate's temperature limit, machine type, pressure, dwell time and line speed.

4

Test the Actual Materials

Use specifications to narrow the starting grade, then confirm bonding with the real substrates before mass production.

Need to Compare Polymer Families?

Polymer chemistry and adhesive form are separate decisions. TPU, PA, PES, TPE, PO/EAA and EVA can behave differently depending on the substrates and end-use requirements.

PA vs PES Adhesive Web Melting Range Guide Wash Resistance Guide Temperature Resistance Guide
Fabrics and textiles for hot melt adhesive selection

Hot Melt Adhesive for Fabrics & Textiles

View detailed textile bonding guide →
Fabric Type Starting Adhesive Options Selection Focus Processing Reference Notes
Elastic fabrics TPU film, TPU web, TPE film Flexibility and elastic recovery Grade and substrate dependent Confirm the adhesive does not restrict required stretch.
Non-elastic cotton, linen or polyester TPU, PA or PES Softness, shaping, washing and temperature Grade dependent Final choice depends on both substrates.
Light-colored / transparent / mesh Transparent TPU/TPE or suitable low-visibility adhesive Appearance and adhesive visibility Confirm with actual fabric Check show-through and surface marking.
Breathable fabrics Hot melt adhesive web or patterned adhesive Reduced adhesive coverage Grade dependent Test finished-laminate breathability.
Waterproof functional fabrics TPU/PU functional dot-film system Waterproofing plus flexibility Substrate dependent Evaluate the complete fabric system.
Wash-resistant textile structures Suitable PA, PES or TPU grade Water wash, dry cleaning and service temperature Grade dependent Confirm the required wash standard.
Foam and sponge hot melt adhesive bonding

Hot Melt Adhesive for Foam & Sponge

View detailed foam bonding guide →
Foam Type Starting Adhesive Options Selection Focus Notes
PU foam TPU or TPE Low-temperature bonding and softness Check deformation and heat sensitivity.
High-resilience foam Flexible TPU grade Maintain flexibility after lamination Confirm compression and recovery after bonding.
Flame-retardant foam PA, PES or application-specific grade Temperature and construction requirements Test the finished assembly separately.
EVA foam TPU or PO/EAA depending on construction Surface compatibility Test the actual EVA formulation.
EPP foam PP-compatible adhesive system Low surface energy and heat sensitivity See our real EPP automotive bonding test .
Leather hot melt adhesive bonding

Hot Melt Adhesive for Leather

View detailed leather bonding guide →
Leather Type Starting Adhesive Options Selection Focus Notes
Natural leather TPU or TPE Softness and lower-temperature processing Leather finishing can strongly change adhesion.
Synthetic / PU leather TPU or suitable patterned adhesive Coating compatibility and flexibility Test the exact coated surface.
PVC leather TPU or PO/EAA depending on formulation Compatibility and heat sensitivity Soft and rigid PVC may behave differently.
Suede / nubuck Flexible lower-temperature adhesive Maintain hand feel Check adhesive penetration into fibers.
Automotive interior leather Application-specific PA, PES, TPU or other suitable grade Temperature, aging and interior requirements See automotive interior solutions .
Plastics ABS PC PP PE hot melt adhesive bonding

Hot Melt Adhesive for Plastics

View detailed plastic bonding guide →
Plastic Type Starting Adhesive Options Main Selection Issue Notes
ABS / PC / PS / PMMA TPU or PO/EAA depending on construction Surface compatibility and temperature Actual formulation should be tested.
PP PO/EAA or another PP-compatible system Low surface energy Surface treatment can significantly change the result.
PE PO/EAA or PE-compatible system Low surface energy Do not select by polymer name alone.
Nylon / PA TPU or suitable PA grade Second substrate and process temperature Final selection depends on the full construction.
PET / polyester TPU or PES Polyester compatibility and end-use temperature PES is often worth evaluating.
PVC TPU or PO/EAA depending on formulation Surface formulation and heat sensitivity Test soft and rigid PVC separately.
Wood hot melt adhesive bonding

Hot Melt Adhesive for Wood

View detailed wood bonding guide →
Wood Type Starting Adhesive Options Selection Focus Notes
Solid wood / plywood / MDF TPU, PO/EAA or EVA depending on application Surface condition and end-use environment Moisture and coatings can change adhesion.
Wood veneer Lower-temperature flexible adhesive Limit distortion and visible marking Thin structures need careful process control.
Wood-plastic composite PO/EAA or compatible TPU grade Plastic composition of surface Actual formulation should be tested.
Bamboo TPU or application-specific adhesive Surface condition and oil content Trial bonding is recommended.
Metal hot melt adhesive bonding

Hot Melt Adhesive for Metal

Metal guide →
Type Starting Options Main Check
Aluminum PO/EAA, compatible TPU or PES grade Surface treatment + second substrate
Stainless steel PO/EAA or compatible thermoplastic adhesive Surface cleanliness
Copper / brass TPU, PO/EAA or suitable PES Surface and end use
Galvanized metal PO/EAA or application-specific adhesive Actual galvanized coating

For a real application using PES adhesive web on a metal honeycomb speaker panel, see our speaker grille cloth bonding test .

Rubber hot melt adhesive bonding

Hot Melt Adhesive for Rubber

Rubber guide →
Type Starting Options Main Check
Natural rubber TPU or TPE depending on construction Surface and flexibility
NBR Compatible TPU grade Rubber formulation
Silicone Special adhesive system Surface treatment / primer
EPDM PO/EAA, TPU or application-specific grade Low-energy surface

Quick Hot Melt Adhesive Selection Index

Substrate / Requirement Start by Evaluating Important Check
Elastic fabrics TPU / TPE Required stretch and recovery
Breathable textile Hot melt adhesive web / patterned adhesive Finished laminate airflow
Polyester / PET PES / TPU Wash and temperature requirement
PP / PE PO/EAA or compatible low-energy adhesive Surface treatment
Foam / sponge TPU / TPE / substrate-specific adhesive Heat sensitivity
Natural leather TPU / TPE or application-specific adhesive Surface coating
Metal PO/EAA, PES or compatible TPU Metal surface + second substrate
Dry-clean requirement Suitable PA grade Required cleaning standard
Water-wash requirement Suitable PES / TPU / PA grade Wash temperature, detergent and cycles

Recommended Multi-Material Starting Points

Composite Structure Possible Starting Adhesive Key Requirement
Fabric + foam TPU / TPE Low temperature and softness
Leather + fabric Flexible TPU / TPE or suitable grade Surface compatibility and flex resistance
Metal + plastic PO/EAA, TPU or PES depending on both materials Metal surface + plastic chemistry
Wood + leather Flexible thermoplastic adhesive Leather coating + wood surface
Fabric + fabric TPU / TPE / PA / PES depending on requirement Elasticity, washing and hand feel
Speaker fabric + metal honeycomb panel PES adhesive web can be evaluated Fabric structure, adhesive gsm and open adhesive structure

Material Compatibility Guide

Select the material you need to bond to view more detailed substrate-specific recommendations.

Fabrics and textiles hot melt adhesive material guide

Fabrics & Textiles

→
Foam and sponge hot melt adhesive material guide

Foam & Sponge

→
Leather hot melt adhesive material guide

Leather

→
Plastics ABS PC PP PE hot melt adhesive material guide

Plastics ABS, PC, PP, PE

→
Wood hot melt adhesive material guide

Wood

→
Metal hot melt adhesive material guide

Metal

→
Rubber hot melt adhesive material guide

Rubber

→

Material Selection Notes

1

Surface Treatment

Low-surface-energy plastics and other difficult surfaces may require corona, plasma, primer or another preparation method. Surface treatment should be evaluated with the actual substrate.

2

Processing Conditions

Melting range and lamination temperature are not the same. Actual processing also depends on thickness, line speed, pressure, dwell time and equipment.

3

Adhesive Weight & Thickness

More adhesive is not automatically better. Film thickness or web gsm should match the surface structure and required bond.

4

Small-Batch Validation

Trial bonding should be completed before mass production to confirm adhesion and end-use performance.

5

Finished-Product Testing

Washing, aging, temperature, breathability and other performance requirements should be checked on the finished laminate when relevant.

6

Custom Evaluation

If a standard product does not fit the construction, send both substrates and the process conditions so we can evaluate a more suitable starting option.

Custom Services & Technical Support

For production projects, VOMELT can evaluate adhesive form, polymer family, thickness or gsm, processing conditions and substrate compatibility using the customer's actual materials.

Customizable Parameters

  • • Film thickness
  • • Adhesive web gsm
  • • Roll width
  • • Color / appearance
  • • Processing-temperature range
  • • Flexibility / hand feel
  • • Adhesive form

Send Us Your Application

  • • First substrate
  • • Second substrate
  • • Final application
  • • Current adhesive
  • • Processing temperature
  • • Pressure / dwell time / line speed
  • • Estimated production volume

Product Form & Specification Examples

The following examples show how thickness or adhesive weight changes within different product forms. Final specifications should be confirmed for the actual application.

Common TPU Film Examples

Thickness Approx. Weight Example Application
0.02 mm 18–22 g/m² Lightweight textiles
0.04 mm 35–40 g/m² Seamless sportswear
0.06 mm 55–60 g/m² General textile bonding
0.10 mm 90–100 g/m² Braces / footwear
0.15 mm 135–150 g/m² Luggage / leather

Common TPE Film Examples

Thickness Approx. Weight Example Application
0.03 mm 28–32 g/m² Soft textile constructions
0.05 mm 45–50 g/m² Stretch textile applications
0.08 mm 72–80 g/m² General lamination
0.12 mm 110–120 g/m² Luggage lining / insoles

Hot Melt Adhesive Web Examples

Polymer Available Weight Typical Selection Area
PA web Grade dependent Textiles / interlining / selected industrial bonding
PES web Grade dependent PET / polyester / selected metal and industrial bonding
TPU web Grade dependent Flexible textile applications
EVA web Grade dependent Selected general-purpose applications

Functional Dot Film

Dot-pattern adhesive structures can be adjusted by application requirements such as adhesive coverage, flexibility, waterproofing and finished-laminate breathability.

Final pattern, adhesive weight and processing conditions should be validated using the actual textile construction.

Material Selection Decision Flow

Step 1: Identify both substrates

Start with the first and second materials rather than choosing only from the adhesive polymer name.

Step 2: Check whether flexibility or stretch is required

Flexible and elastic structures usually need an adhesive that does not unnecessarily restrict the movement of the finished laminate.

Step 3: Decide between film, web or patterned adhesive

Use film when continuous coverage is required. Evaluate web when the laminate benefits from a more open adhesive structure. Use patterned systems where controlled coverage is part of the functional requirement.

Step 4: Check temperature and washing requirements

Compare the adhesive grade with the substrate's heat tolerance and the finished-product washing, dry-cleaning or service-temperature requirements.

Step 5: Validate the production process

Confirm temperature, pressure, dwell time or line speed using the customer's actual substrates and production equipment.

Real Bonding Tests & Application Evidence

Material guides are useful for narrowing the starting point, but real substrates provide better evidence for final selection.

EPP foam bonded to automotive interior board with HWP88 adhesive web

EPP Foam + Automotive Interior Board

A real low-temperature bonding evaluation using HWP88 PP-based hot melt adhesive web on heat-sensitive EPP foam.

View EPP Test →

25 g/m² PES adhesive web speaker grille cloth pull test

Speaker Grille Cloth + Metal Honeycomb Panel

Compare 15 g/m² and 25 g/m² PES adhesive web on nonwoven and pile speaker fabrics.

View Speaker Bonding Test →

Hot Melt Adhesive Material Selection FAQ

How do I quickly determine which hot melt adhesive is suitable for my material?
Start with the first substrate and second substrate. Then identify the required flexibility, washing or temperature resistance, adhesive form and available lamination conditions. Use these factors to narrow the product family before testing the actual materials.
What is the difference between hot melt adhesive film and hot melt adhesive web?
Hot melt adhesive film creates a continuous adhesive layer, while adhesive web has an open fibrous structure with spaces between adhesive strands. The suitable form depends on the substrates and finished-product requirements.
Which hot melt adhesive can bond PP or PE?
PP and PE are low-surface-energy plastics, so PO/EAA or another adhesive designed for low-energy surfaces is often worth evaluating. Surface treatment can also change the result. The second substrate still needs to be considered.
Is melting point the same as lamination temperature?
No. Melting range describes a material property. Actual lamination temperature also depends on the substrates, material thickness, equipment, pressure, dwell time and line speed.
Should I choose the thinnest film or lowest web gsm?
Not automatically. The adhesive amount must be sufficient for the surface structure and required bond. For example, a porous or pile fabric may need more adhesive at the interface than a flatter nonwoven structure.
What information should I provide for an adhesive recommendation?
Send the first substrate, second substrate, final application, current adhesive if any, available temperature, machine type, pressure, dwell time or line speed, required end-use performance and estimated production volume.
Hot melt adhesive technical support
VOMELT logo

Technical Support & Material Evaluation

Send us your actual substrates and processing conditions. We can help narrow a practical hot melt adhesive film or web option for sample testing before bulk production.

For production projects, include both materials, required roll width and estimated monthly usage so we can also discuss supply specifications.

Technical Email

vomeltsales@163.com

Service Hotline

+86 17712662793

Factory & R&D Center

No. 36 Zhonglu Development Zone, Pingwang Town, Wujiang District, Suzhou City, Jiangsu Province

Request Samples & Material Evaluation

Tell us the two materials you need to bond and the production conditions. The more specific the information, the more useful the initial recommendation.