Solvent Based Urethane Adhesive for Footwear Shoe Sole

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Solvent Based Urethane Adhesive for Footwear Shoe Sole

Name: Solvent Based Urethane Adhesive for Footwear Shoe Sole
Brand: TAIWAN POLY-URETHANE INDUSTRIAL CO., LTD.
SKU: 60195781329_1
Price: 3.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Durable Bonding: Solvent-based polyurethane formulation ensures strong adhesion for leather and fiber shoe soles, providing long-lasting durability in high-stress footwear applications.
Versatile Application: Designed for both hot melt adhesive processes and as a binder in garment and footwear manufacturing, offering flexibility in production workflows.

Key features

1. Material Technology

With solvent-based polyurethane and polyester material, ensure robust adhesion on leather and fiber surfaces. The chemical-treated formula enhances durability and flexibility, maintaining bond integrity under stress.

2. Interactive Design

With user-friendly application design, reduces setup time by ~20% compared to traditional adhesives*. The solvent-based formulation simplifies application with standard tools, minimizing waste and labor effort.

3. Performance Parameters

With rapid curing time (~50% faster than conventional adhesives*), accelerate production cycles while maintaining high bond strength. Compatible with diverse fabric thicknesses, ensuring reliability across footwear materials.

4. Scenario Solutions

Designed for both artisanal craftsmanship and industrial-scale footwear manufacturing, adapting to small-batch customization and high-volume production demands. Ideal for applications requiring consistent performance in dynamic environments.

5. Certification Standards

Complies with international footwear adhesion safety and durability standards, ensuring reliability for professional and consumer-grade footwear products.

Product details

The Solvent Based Urethane Adhesive for Footwear Shoe Sole is engineered for durable bonding in leather, fiber, and garment applications. Its solvent-based formulation ensures strong adhesion under high-stress conditions, while polyurethane and polyester materials enhance flexibility and chemical resistance.

Technical specifications

Feature	Specification	Application Scenario
Material	Polyester, Polyurethane	Bonding leather and synthetic fabrics
Adhesion Type	Hot Melt Adhesive, Binder	Rapid curing in footwear manufacturing
Chemical Resistance	Solvent-based	Withstands moisture and abrasion in athletic shoes
Curing Time	2-4 hours (at 25°C)	Efficient production line integration

Customization guide

Adjustable solvent content to meet specific adhesion needs of delicate fabrics or heavy-duty materials. Tailored viscosity options for seamless integration with automated footwear assembly lines.

Get inspired

Use this adhesive to create lightweight, breathable footwear soles for summer apparel or high-performance athletic shoes. Its solvent-based formula ensures minimal shrinkage, maintaining structural integrity even in extreme conditions.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Adhesion Strength	15 N/cm²	+15% (17.25 N/cm²)	+30% (19.5 N/cm²)*
Curing Speed	Standard (4 hours)	20% faster (3.2h)	40% faster (2.4h)
Chemical Resistance	Industry Avg	+25% solvent resistance	Triple industry standard

Supplier's note

Technical Breakthroughs:
- Polyurethane Material: Enables 30% higher tensile strength compared to traditional adhesives.
- Solvent-Based Formula: Reduces curing time by 20% without compromising bond durability.
- Hot Melt Application: Allows precise temperature control for complex shoe sole designs.
Version Selection Guide:
- Base Model: Ideal for small-scale production or standard footwear (e.g., casual shoes).
- Advanced Model: Recommended for mid-tier manufacturers needing faster curing and solvent resistance (e.g., sport sandals).
- Pro Model: Best for industrial use in extreme environments (e.g., military boots or industrial workwear). With triple the chemical resistance of industry benchmarks, it ensures longevity even in harsh conditions.

*Comparative hints: "30% stronger adhesion than conventional urethane adhesives" and "40% faster curing than traditional hot melt systems."

Frequently asked questions

Which solvent-based urethane adhesive model is best for bonding leather shoe soles?
How do I clean the frothing nozzle of a solvent-based urethane adhesive dispenser?
Polyester vs Polyurethane: Which adhesive material is better for fiber garment soles?
Can this adhesive be customized for specific footwear material requirements?
Is the solvent-based urethane adhesive FDA-approved for footwear?
What materials does the solvent-based urethane adhesive work best on?
How does the adhesive handle moisture exposure during storage?
What’s the recommended curing time for solvent-based urethane adhesives in shoe soles?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Bond Strength	Heavy-duty footwear (leather soles)	2200 psi (ISO 18569) ▲▲ (Industry: 1500 psi; Base: 1800 psi)	Superior adhesion for industrial/athletic footwear (ASTM D412 compliant)	Advanced version requires specialized application equipment (+20% cost)
Cure Time	Mass production lines	10 mins (ASTM D5863) ▲▲ (Industry: 30 mins; Base: 20 mins)	Accelerates assembly lines (reduces downtime by 66%)	Short open time may challenge manual application (training required)
Chemical Resistance	Chemical-exposed footwear	Withstands 70+ exposures (ASTM D543) ▲▲ (Industry: 30; Base: 50)	Maintains integrity in oil/gas environments (certified for ASTM F739)	Advanced formula increases material cost by 30% compared to Base tier
Temperature Range	Extreme climate footwear	-40°C to 80°C ▲▲ (Industry: -20°C to 60°C; Base: -30°C to 70°C)	Ensures performance in Arctic/Desert conditions (ISO 18878 verified)	Base tier may delaminate in extreme cold (-30°C and below)
Application Method	Automated manufacturing	Hot melt with automated dispensing ▲▲ (Industry: Manual; Base: Semi-automated)	Reduces labor costs by 40% (compatible with robotics)	Requires $15k+ investment in equipment for full automation
VOC Emissions	Eco-certified footwear brands	300 g/L (ASTM D6886) ▲▲ (Industry: 500 g/L; Base: 400 g/L)	Meets EU REACH regulations (50% lower emissions than Industry Standard)	Solvent-based formula still requires ventilation systems (vs water-based alternatives)
Material Composition	Flexible fiber/garment soles	Polyester/Polyurethane blend (ISO 18569 compliant)	Balances flexibility (polyester) and durability (polyurethane) for athletic shoes	Higher cost compared to single-material adhesives (+15% material cost)