EVA Hot Melt Adhesive Film for Low-Temperature Industrial Bonding
Factory-direct EVA hot melt adhesive film for low-temperature lamination of foam, textiles, packaging materials, and other heat-sensitive substrates.
What is EVA Hot Melt Adhesive Film?
EVA hot melt adhesive film is an ethylene vinyl acetate-based thermoplastic adhesive film used for heat-activated bonding and lamination. It is commonly selected for applications requiring relatively low processing temperatures, fast bonding, flexibility, and compatibility with materials such as foam and textiles.
As an economical bonding solution, EVA adhesive film is widely used by manufacturers for foam bonding, packaging lamination, apparel interlining, and general industrial assembly where heat-sensitive substrates cannot tolerate high temperatures.
Why Choose EVA Adhesive Film? Core Advantages
Delivering reliable adhesion while optimizing your production cycle and material costs.
Ultra-Low Activation
Activates fully within 80–100℃, preventing thermal deformation of sensitive foams, light fabrics, and sponges.
Excellent Initial Tack
Rapidly forms strong initial bonding upon cooling, significantly speeding up continuous production lines.
Soft Flexibility
Maintains a soft hand feel and flexible joint after lamination, adapting easily to product flexing and bending.
Maximum Cost Efficiency
Provides the most economical polymer solution for high-volume manufacturing without sacrificing bond quality.
Wide Substrate Adhesion
Offers excellent self-adhesion to EVA foam, PE foam, sponges, fabrics, paperboard, and wood-based composite materials.
EVA vs TPU vs PA vs PES: How to Select the Right Adhesive Film?
Different industrial applications require specific polymer characteristics. Use this quick buyer guide to determine whether EVA or another hot melt polymer best fits your process.
EVA Film
Low-Temp & EconomyLowest activation temp (80–100℃), high initial tack, and best cost efficiency.
Foam bonding, packaging, sponges, and non-washable assembly.
TPU Film
High ElasticityHigh elasticity, soft rebound, and strong peel strength on stretchable materials.
Seamless garments, sportswear, footwear vamps, and elastic textiles.
PA Film
Dry-Clean ProofExcellent resistance to dry cleaning solvents, oils, and high temperature.
Shirt interlinings, automotive interiors, and industrial filter lamination.
PES Film
Wash ResistantOutstanding water wash resistance (>60℃) and strong structural bonding.
Polyester textiles, conductive fabric, badges, and washable clothing.
EVA Hot Melt Adhesive Film Specifications
VOMELT offers EVA hot melt adhesive films with different melting ranges, backing options, and elasticity levels for low-temperature bonding and industrial lamination.
Custom thicknesses, slit widths, roll lengths, and release options are available depending on grade and order requirements. Contact us for the specification sheet for your application.
Compatible Bonding Materials
Our EVA hot melt adhesive films are engineered for reliable adhesion across non-metallic, porous, and heat-sensitive industrial materials:
-
Foams: EVA foam, PE foam, PU foam, XPE foam, and open-cell sponges.
-
Textiles: Polyester, cotton, non-woven fabric, and garment linings.
-
Paper Materials: Cardboard, paperboard, and corrugated packaging board.
-
Plastics & Wood: PVC, ABS sheets, veneer, and wood-based composite boards.
EVA Hot Melt Adhesive Film Applications
Core manufacturing sectors relying on low-temperature EVA adhesive film lamination.
Footwear Manufacturing
EVA foam midsole bonding, insole lamination, and vamp reinforcement.
Packaging Industry
Carton sealing, luxury gift box lamination, and hardcover book binding.
Textile Processing
Textile lamination, garment interlinings, and fabric composite bonding. Explore our dedicated hot melt adhesive solutions for textiles.
Building Insulation
Thermal insulation foam panels and acoustic material lamination.
General Assembly
Mixed material bonding for industrial goods and everyday composite products.
Automotive Components
Carpet underlayment fitting, trunk insulation, and lightweight interior foam layers.
How to Select the Right EVA Film Model?
Match your target substrates and machine thermal limits with our recommended EVA film grades.
| Substrate A | Substrate B | Max Process Temp | Recommended Grade | Thickness Suggestion | Key Processing Note |
|---|---|---|---|---|---|
| EVA Foam | EVA Foam | ≤90°C | EVA-110 | 0.10–0.20 mm | Use mild pressure to avoid collapsing foam cell structure. |
| PU Foam | Polyester Fabric | ≤100°C | EVA-110 | 0.08–0.15 mm | Ensure uniform roller heating to prevent edge scorching. |
| Corrugated Board | Corrugated Board | ≤120°C | EVA-120 | 0.05–0.10 mm | Maintain paperboard moisture content below 12% before lamination. |
| Wood Board | PE Film / Paper | ≤110°C | EVA-110 | 0.05–0.10 mm | Ensure wood surface is dry, flat, and dust-free. |
| Cotton Fabric | Cotton Interlining | ≤130°C | EVA-120 | 0.03–0.08 mm | Thinner gauge preferred to preserve natural garment hand feel. |
Professional Test Data
Key performance indicators validated under standard laboratory test protocols.
Peel Strength Standard
≥25 N/25mm (ASTM D1876)Peel strength testing helps manufacturers evaluate bonding reliability and joint durability during production and long-term use.
Water Wash Resistance
5–10 Cycles under 40℃This test indicates whether EVA adhesive film can maintain stable bonding performance under regular mild washing conditions without delamination.
Heat Shrinkage Rate
≤1.5% at 120℃Low shrinkage performance helps reduce substrate warping or dimensional deformation risks during continuous thermal lamination.
Bonding Durability
Stable / Non-DelaminatingStable long-term adhesion prevents delamination under ambient working temperatures (-10℃ to 70℃), ensuring consistent quality for mass production.
Customer Application Cases
Sports Shoe Manufacturer Case
Problem: Solvent adhesive odor and long drying times slowing down assembly.
Solution: EVA-110 (0.12mm), flatbed press at 95°C for 15 seconds.
Gift Box Lamination Case
Problem: Water-based glue caused cardboard warping and long curing times.
Solution: EVA-120 (0.05mm), continuous roll lamination at 115°C.
Before Bulk Purchasing EVA Hot Melt Adhesive Film, Manufacturers Should Confirm:
To ensure zero production downtime and optimal bonding performance, follow our standard pre-procurement verification process:
-
1
Substrate Compatibility Test
Request free A4/roll samples to verify initial tack and surface wettability with your materials.
-
2
Equipment Parameter Alignment
Confirm that your flatbed, continuous roll, or press machine can reach required activation temperatures (80–120℃).
-
3
Performance Standard Testing
Test peel strength, temperature resistance, and aging endurance under actual end-use conditions.
-
4
Supplier Capacity & Quality Stability
Verify factory production lead times, MOQ flexibility, and batch-to-batch consistency.
Factory Guarantee
100% Quality Inspected Before Shipment • Fast 3–7 Day Lead Time
Frequently Asked Questions
Common questions from industrial buyers and manufacturing engineers.
What temperature is required for EVA hot melt adhesive film?
Is EVA hot melt adhesive film suitable for mass production?
How do manufacturers select the right EVA adhesive film model?
Can VOMELT provide free samples before bulk orders?
Contact Technical Support
Need custom widths, specific melting points, or free samples? Contact our adhesive specialists today.
Email Sales
vomeltsales@163.com
Call / WhatsApp
+86 17712662793