TPU Hot Melt Adhesive Mesh Web applied for sportswear, underwear, footwear
Premium Bonding Solution

TPU Hot Melt Adhesive
Mesh Web

High elastic and breathable net bonding interlining designed for stretchable, comfortable composite lamination in sportswear, intimate apparel, and footwear.

TPU Material

Engineered for seamless stretch

Core Technology

Next-Generation Elastic Bonding

TPU (Thermoplastic Polyurethane) hot melt adhesive mesh web is an advanced thermoplastic net interlining. Manufactured from premium polyurethane resin, it offers outstanding elasticity, a soft hand feel, and balanced washing resistance.

Its open mesh structure ensures smooth air circulation, preventing stuffiness while providing excellent stretch recovery. It is the ideal bonding material for fabrics that demand flexibility.

Explore Other Hot Melt Adhesive Mesh Materials

Discover the perfect bonding solution tailored to your specific industrial applications.

Core Advantages

Engineered to meet the highest industrial standards for comfort, durability, and performance.

Superior Elasticity

Elongation reaches 300-500% with a recovery rate over 95%. Stretches perfectly with fabric without delamination.

Skin-Friendly Feel

Smooth, ultra-soft texture that eliminates any rigid or plastic uncomfortable sensation against the skin.

Excellent Breathability

The porous open mesh structure maximizes airflow and effectively avoids moisture buildup and stuffiness.

Washing Durability

Endures more than 10 industrial washing cycles at 40℃, ensuring long-lasting performance for daily wear.

Wide Compatibility

Exhibits strong adhesive force on spandex, nylon, polyester, cotton blends, and various stretchable substrates.

Model Specifications

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Model Material Elasticity Melting Point (℃) Mesh Weight (g/m²) Width (mm) Length (m) Lamination Temp (℃) Pressure (MPa) Press Time (s) Features
TWU98 TPU High Elastic 110–120 10-80 5–3200 5–1000 120–140 0.2 10–20 Elastic, washable, white appearance
TWU68 TPU Slight Elastic 65–75 10-60 5–3200 5–1000 75–90 0.15 8–15 Low temperature type, low elasticity
R&D Driven Excellence

Industrial Performance
& Professional Test Data

Engineered for reliability. Our hot-melt adhesive solutions undergo rigorous laboratory testing to ensure optimal peel strength, thermal stability, and environmental resistance for demanding industrial applications.

Advanced Laboratory Testing
Test Item Technical Parameter
Peel Strength ≥18 N/25mm, ASTM D1876 Standard
Water Wash Resistance Over 10 cycles at 40℃
Dry Clean Resistance Limited endurance
Solvent Resistance Resist oil, grease and weak acid
Heat Shrinkage Rate ≤1.5% under 130℃
Melt Flow Index 20 g/10min (120℃/2.16kg)
Hardness (Shore A) 80–85
Operating Temperature Range -20℃ ~ 90℃
Certification SGS RoHS 2.0 Compliant

Compatible Bonding Materials

Engineered for seamless integration across a wide spectrum of flexible and elastic substrates, ensuring superior adhesion and durability.

Spandex, nylon, polyester stretch fabrics
Cotton and blended elastic textiles
PU foam and elastic filling materials
Synthetic leather for shoes and bags
Elastic bandages and medical textiles
Compatible Bonding Materials

Application Scope & Materials

Versatile bonding solutions across multiple industries.

Sportswear Application

Sportswear

Yoga pants, leggings, seamless tops.

Intimate Apparel

Intimate Apparel

Bras, panties, shapewear.

Footwear Application

Footwear & Leather

Elastic lining, tongue padding, elastic bags.

Compatible Bonding Substrates

Spandex & Nylon Polyester Stretch Cotton Blends PU Foam Synthetic Leather Medical Textiles
Technical Specifications

Material Performance Matrix

Comprehensive technical comparison of our hot-melt adhesive mesh films. Evaluate elasticity, thermal resistance, and application metrics to select the optimal formulation for your production line.

Performance Index TPU Mesh TPE Mesh PA Mesh PES Mesh EVA Mesh
Elasticity
(Elongation & Recovery)
★★★★★
(300-500%)
★★★★
(200-300%)
☆☆☆☆
(<5%)
☆☆☆☆
★★☆☆☆
Softness for Skin Contact ★★★★★ ★★★★★ ★★★☆☆ ★★★☆☆ ★★★★
Air Permeability ★★★★ ★★★★★ ★★★★★ ★★★★★ ★★★☆☆
40℃ Household Wash Resistance
★★★☆☆
(10+)
★★★☆☆
(8+)
★★★★
(15+)
★★★★★
(20+)
★★☆☆☆
(5)
Maximum Heat Resistant Temp. 90℃ 80℃ 110℃ 115℃ 80℃
Minimum Activation Temp.
★★★☆☆
(110℃)
★★★☆☆
(100℃)
★★★☆☆
(120℃)
★★☆☆☆
(125℃)
★★★★
(85℃)
Adhesion to Spandex & Nylon ★★★★★ ★★★★ ★★★☆☆ ★★★☆☆ ★★★☆☆
Relative Material Cost Medium Medium Medium-High High Lowest

Need customized material recommendations based on your specific bonding substrates and environmental requirements?

In-depth Selection Guide

Selection Matrix Based on Substrate

Swipe to view full specifications
Substrate A Substrate B Core Requirement Recommended Model Mesh Weight (g/m²) Processing Temp Suggestion Notes
20D Spandex 20D Spandex High elasticity, mark-free, skin-friendly TWU98 10-15 120-130℃ Apply low pressure to avoid glue penetration
Nylon Warp Knit Polyester Stretch Yoga Fabric Stretch followability, sweat resistance TWU98 15-25 125-135℃ Preheat to remove moisture and prevent wrinkling
Cotton Spandex Rib Cotton Spandex Rib Soft texture, household washable TWU98 12-20 130-140℃ Use isolation cloth to avoid fabric gloss damage
Heat-sensitive Foam Bra Pad Stretch Fabric Low temperature processing, no foam damage TWU68 15-25 80-85℃ Pressure controlled below 0.1MPa
Shoe Synthetic Leather Sneaker Elastic Mesh Strong bonding, folding resistant TWU98 30-50 135-140℃ Degrease leather surface before lamination
Elastic Bandage Medical Elastic Fabric Hypoallergenic, moisture permeable TWU98 10-15 120-125℃ Pass skin irritation safety test
Polyester Stretch Cloth TPU Waterproof Membrane Waterproof & elastic property TWU98 15-20 125-130℃ Uniform pressure to prevent membrane puncture

Quantitative Performance Data & Long-Term Reliability Verification

Comprehensive testing data ensuring our hot-melt adhesive mesh films meet the highest industrial standards.

Elastic Elongation & Recovery Test

Specimen: TWU98, 25g/m²

Base Material: 400% elongation spandex fabric

Lamination Parameter: 130℃ / 0.2MPa / 15s

Test Standard: ASTM D4964

Stretching Cycles Adhesive Layer Elongation Recovery Rate Bonding Interface Condition
0 Intact
10 350% 96% No delamination
100 345% 95% No delamination
500 330% 93% Slight edge gap less than 1mm
1000 300% 90% Minor crack, stretchable still

Conclusion: It retains 93% recovery rate after 500 repeated stretches, perfectly suitable for frequently stretched parts of sportswear.

Peel Strength Variation After Repeated Washing

Specimen: TWU98, 25g/m²

Base Material: 200g/m² nylon spandex blended fabric

Lamination Parameter: 130℃ / 0.2MPa / 15s

Washing Standard: 40℃ household washing, 45 minutes per cycle

Test Criterion: ASTM D1876 T-type peeling test

Washing Cycles Peel Strength(N/25mm) Strength Retention Hand Feeling Change Elasticity Variation
0 Original 20.5 100% Soft No change
5 19.2 94% Soft No change
10 17.5 85% Slightly stiff 2% recovery drop
15 14.8 72% Moderate hardening 5% recovery drop
20 11.5 56% Obvious hardening 10% recovery drop

Conclusion: Stable bonding performance within 10 household washes. Choose PA or PES mesh for higher washing resistance demand.

Air Permeability Test of Different Mesh Weight

Test Standard: ISO 9237, airflow speed tested under 100Pa pressure difference, original fabric airflow 900mm/s

Sample Type Airflow Speed(mm/s) Permeability Retention Ratio Hand Feeling Score(1-5)
Blank Original Fabric 900 100% 5
TWU98 12g/m² 780 87% 4.9
TWU98 25g/m² 650 72% 4.5
TWU98 40g/m² 480 53% 4.0
TWU98 60g/m² 320 36% 3.5
Equivalent 25g/m² TPU Solid Film <40 <5% 2.0

Conclusion: Lightweight TPU mesh keeps nearly 90% original air permeability, far superior to solid adhesive film.

Practical Industrial Cases

Seamless Yoga Pants
Apparel

Seamless Yoga Pants

Requirement: No delamination after 500 stretches, invisible line.

Solution: TWU98 15g/m² ultra-light mesh @ 128℃.

Result: Mass production approved with low defective rate.
Wire-Free Bra Cups
Intimates

Wire-Free Bra Cups

Requirement: No hard edge, durable after 3000 stretches.

Solution: TWU98 20g/m² medium mesh, curved mold.

Result: Comfortable wearing, stable bonding long-term.
Elastic Knee Support
Medical

Elastic Knee Support

Requirement: Non-displacement after wash, air permeability.

Solution: TWU98 30g/m² high-strength mesh.

Result: Fixed support, meets EU ventilation standards.
EVA Foam Shoe Insole
Footwear

EVA Foam Shoe Insole

Requirement: No foam shrinkage (< 85℃ processing).

Solution: TWU68 low-temp mesh, short-time press.

Result: Perfect dimension, improved efficiency.

Technical Specifications & Guidelines

Comprehensive operational parameters, troubleshooting, and customization capabilities for optimal lamination results.


Bonding Mechanism

TPU mesh melts under processing temperature and permeates into elastic fiber gaps. Polyurethane recrystallizes during cooling, forming elastic network structure and achieving permanent stretchable bonding.


Customization Service

  • Adjustable mesh weight: 10–80 g/m²
  • Custom roll width: 5–3200 mm
  • Flexible roll length: 5–1000 m
  • Professional slitting, rewinding and OEM packaging


Common Defect Troubleshooting

Defect Phenomenon Root Cause
Insufficient adhesive force Low temperature, uneven pressure distribution
Loss of elasticity Excessively high processing temperature
Visible mesh pattern Incomplete melting of adhesive material
Edge warping & peeling Unfinished cooling curing

Usage Restrictions

  • Avoid overheating operation
  • Not suitable for dry cleaning treatment
  • Not applicable for rigid hard materials


Packaging & Storage Specification

Package

76mm standard paper core, PE protective film and outer carton

Storage Condition

15–25℃, 40–65% humidity, avoid direct sunlight

Shelf Life

18 months under sealed original package

Minimum Order Quantity

100 yards

Daily Production Capacity

150,000 meters

Delivery Lead Time

3–10 working days

Frequently Asked Questions

Why choose TPU mesh for stretch fabrics?
It combines high elasticity and soft texture, synchronously stretching with the fabric without fracture or delamination, unlike rigid adhesives.
Can TPU mesh bond spandex materials?
Yes, it delivers outstanding adhesion to spandex, nylon fabrics, and various other stretchable textiles.
Is TPU mesh washable?
Yes, it can withstand over 10 industrial or household washing cycles at 40℃, making it highly fit for daily wearing apparel.
What is the application of the TWU68 model?
TWU68 is our low-temperature type activated at 65-75℃. It is ideal for heat-sensitive materials like certain foams or specific leathers that would degrade at higher temperatures.
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