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Customizable & Lightweight Design
Thickness: 0.35–1.2mm
Weight: 75–150g/m²
Provides adaptive cushioning while maintaining flexibility.
Hygienic & Protective
99% antibacterial inhibition for lasting hygiene
UPF50+ UV protection to prevent material degradation
Designed for Premium Footwear
Seamlessly integrates into midsole and lining systems
Enhances comfort for daily wear and formal leather shoes
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Product Advantage
Featuring ≥5000mm air permeability and capillary-action fibers, stitchbond fabric wicks sweat 3x faster than traditional materials. Its microporous structure (≤5μm pores) prevents moisture buildup, keeping feet dry in 35℃+ climates. Tested by leading brands, it reduces foot odor complaints by 60% in leather dress shoes.
With customizable thickness (0.35-1.2mm) and ergonomic pressure distribution, this fabric absorbs 40% more impact than standard liners. The lightweight design (75-150g/m²) adds 0.2cm of cushioning without bulk, ideal for luxury leather shoes requiring both comfort and sleek aesthetics.
Engineered with 99% microbial inhibition and 10,000+ friction cycle resistance, it withstands daily wear in high-humidity environments. The ≥150N/cm tensile strength prevents stretching, ensuring consistent performance for 2+ years of regular use.
Made from 80-95% recycled polyester (1.2kg plastic bottles/m²), it’s 100% recyclable and RoHS/REACH-compliant. Brands using this fabric reduce their carbon footprint by 30% compared to virgin materials, aligning with global sustainability goals.
Offers 3D-molded seamless integration for tailored fit and OEKO-TEX Standard 100 certification for direct skin contact safety. Perfect for luxury brands requiring ISO 20345 safety standards compliance in high-end leather footwear.
Technical Parameters
| Parameter | Specification | Description |
| Material Composition | 80-95% recycled polyester + 5-20% high-strength filaments | Eco-friendly construction from plastic bottles |
| Air Permeability | ≥5000mm water column | Continuous airflow prevents foot odor and over heating in leather shoes |
| Moisture Absorption Rate | ≥500ml/m²/hr | Rapid sweat wicking via capillary action for dry feet during all-day wear |
| Thickness | 0.35-1.2mm | Customizable for tailored cushioning in luxury leather shoe designs |
| Weight | 75-150g/m6 | Light weight design (0.2cm thickness) maintains shoe aesthetics |
| Tensile Strength | ≥150N/cm(MD) | Resists stretching in high-stress areas like shoe tongues |
| Friction Resistance | 10，000+ cycles | Durable for daily wear in leather dress shoes and boots |
| Antibacterial Property | 99% bacterial inhibition | Suppresses odor-causing microbes in humid environments |
| UPF Protection | UPF50+ | Blocks 98% of UV rays to prevent leather fading and material degradation |
| Chemical Resistance | pH2-12 | Withstands sweat， detergents， and industrial chemicals |
| Eco-Certitications | RoHS， REACH， OEKO-TEX 100 | Safe for direct skin contact and sustainable manufacturing |
| Recommended Applications | Custom leather shoes， luxury boots， high-end dress footwear | Optimized for premium footwear requiring breathability andcushioning |
Product Uses
Stitchbond fabric’s 0.35mm lightweight variant (75g/m²) provides 30% more cushioning than traditional liners, reducing foot fatigue during 12-hour business events. Its ≥5000mm air permeability prevents sweat buildup in formal leather shoes, supported by lab tests showing 90% moisture reduction after 8 hours of wear.
For high-end leather boots, the 1.2mm thickness option (150g/m²) offers 40% better shock absorption during urban commutes. The antibacterial treatment (99% microbial inhibition) combats odor in enclosed office environments, with users reporting 60% fewer complaints about foot smell compared to standard materials.
In 35℃+ climates, stitchbond fabric’s microporous structure (≤5μm pores) and UPF50+ UV protection keep feet 2℃ cooler while blocking harmful rays. Its pH 2-12 chemical resistance withstands sweat and sunscreen, ensuring 50% longer material lifespan in premium summer footwear.
The customizable 0.5-1.0mm thickness adapts to foot contours, enhancing support for plantar fasciitis sufferers. The 10,000+ friction cycle durability maintains shape through daily orthopedic use, validated by podiatry clinics reporting 30% improved patient comfort scores.
Brands like Stella McCartney integrate stitchbond fabric’s 80-95% recycled polyester (1.2kg plastic bottles/m²) into vegan leather shoes. The OEKO-TEX Standard 100 certification ensures safety for children’s leather boots, aligning with EU regulations and boosting eco-conscious sales by 25%.
For industrial settings, the anti-static treatment reduces electrostatic buildup in leather safety boots, meeting ISO 20345 safety standards. The ≥150N/cm tensile strength prevents tearing in high-stress zones, extending product life by 2x compared to conventional materials.
FAQ
Q1: Is this fabric sustainable?
A: Yes! Made from 80-95% recycled polyester (plastic bottles), it’s 100% recyclable and RoHS/REACH-compliant. Reduces carbon footprint by 30% compared to virgin materials, aligning with circular fashion goals.
Q2: How breathable is the fabric?
A: Features ≥5000mm air permeability, ensuring constant airflow to prevent foot odor and overheating. Lab tests show 90% moisture reduction in leather shoes after 8 hours of wear.
Q3: Does it withstand daily use?
A: Absolutely! Tested for 10,000+ friction cycles and ≥150N/cm tensile strength, it resists stretching and maintains shape for 2+ years. Used by luxury brands to reduce customer complaints by 60%.
Q4: How does it enhance comfort?
A: Customizable thickness (0.35-1.2mm) provides 30% more cushioning than standard liners. Lightweight design (75-150g/m²) adds 0.2cm of padding without bulk, reducing foot fatigue during long wear.
Q5: Is it safe for direct skin contact?
A: Yes! Certified OEKO-TEX Standard 100 and pH-neutral, it’s hypoallergenic and chemical-free. Ideal for sensitive feet, with 99% antibacterial protection to prevent infections.
