Custom Bonded Fabric Manufacturer
Develop custom bonded and laminated fabrics for jackets, workwear, sportswear and outdoor collections. Select the face fabric, TPU or PU membrane, fleece or tricot backing, GSM, finished width, color and target performance level. We support reference-sample matching, new fabric development and bulk production.
Custom Bonded Fabric Solutions for Brands
We work with apparel brands, garment factories, buying offices, fabric importers and wholesalers to develop bonded fabric for jackets, uniforms, outdoor wear and workwear. Send us an existing fabric, tech pack or performance target, and we will review the construction, materials, test requirements and estimated order quantity before sampling.
Flexible MOQ
1,200 Meters
Lower minimums for custom developments mean you can test new designs without massive inventory commitments
Rapid Sampling
2-7 Days
Get bonded samples in hand fast so you can make confident decisions and accelerate your product development cycle
Reliable Production
20-45 Days
Predictable lead times from bulk order to delivery help you plan inventory and meet your market windows
Customize the Complete Bonded Fabric Structure
Development options include:
• Polyester or nylon face fabrics, with or without elastane
• TPU or PU membrane options
• Polar fleece, microfleece, tricot, mesh or jersey backing
• Target GSM, finished width and stretch recovery
• Pantone color matching, lab dips and reference-sample matching
• DWR, anti-pilling and other application-specific finishes
• Waterproof, breathability, air-permeability and bonding tests
Bonded fabric is a composite textile made by laminating two or more layers together. A face fabric, functional membrane and inner backing can be combined to improve weather protection, warmth, comfort, stretch and durability.
For apparel buyers, the key is not only the number of layers, but whether the construction matches the garment’s application, testing requirements and target cost. As a laminated fabric manufacturer, we help you choose the right structure for jackets, softshell apparel, outdoor wear and workwear.
- Superior weather protection without sacrificing comfort
- Reduced garment weight and bulk compared to traditional layered systems
- Enhanced durability through engineered layer synergy
- Streamlined manufacturing with built-in functionality
Face fabric bonded to a waterproof-breathable membrane. This lightweight construction requires a separate lining in the garment, making it ideal for weight-conscious designs and cost-effective solutions.
Outer Fabric + TPU/PU Membrane
All three layers—outer fabric, membrane, and inner lining—laminated into one integrated material. This premium construction eliminates the need for separate linings, creating the most durable and streamlined performance fabric.
Outer Fabric + Membrane + Tricot/Mesh Backing
Each bonded fabric type is engineered for specific performance requirements. Understanding these differences helps you select the optimal solution for your product line.
2-Layer Lightweight
Face Fabric + TPU/PTFE Membrane
- Ultra-lightweight and packable
- Soft and flexible drape
- Cost-effective solution
- Requires separate garment lining
Casual windbreakers, urban commuter jackets, lightweight rain gear
Bonded Softshell
Face Fabric + TPU/PTFE Membrane + Fleece/Microfleece
- Soft hand feel with 4-way stretch
- Excellent windproof performance
- Inner layer provides thermal insulation
- Ideal balance of warmth and mobility
Urban outdoor wear, ski mid-layers, autumn/winter hiking jackets
3-Layer All-Weather
Face Fabric + TPU/PTFE Membrane + Tricot/Mesh Backing
- Maximum protection and durability
- No separate lining required
- Industry-leading waterproof ratings
- Superior abrasion resistance
Outdoor jackets, softshell workwear, winter hiking jackets，protective apparel
Not sure which construction fits your needs?
Performance Results with Testable Fabric Data
We don’t just claim superior performance—we prove it with rigorous testing and transparent specifications. Here’s what our bonded fabrics deliver for your customers.
Storm-Proof Waterproofing
Our hydrostatic head ratings exceed industry standards, ensuring your garments withstand torrential rain and wet snow. This translates to dry, comfortable customers even in the harshest conditions.
Tested per ISO 811 / JIS L1092 standards
High-Output Breathability
Advanced membrane technology rapidly evacuates perspiration vapor during intense activity, preventing the clammy discomfort that undermines performance and leads to dangerous heat loss.
MVTR testing per JIS L1099 B1 / ASTM E96
Complete Wind Blocking
Dense membrane structure eliminates wind penetration, cutting wind-chill effect and maintaining core temperature. Your customers stay warmer with less bulk.
Prevents convective heat loss
Superior Abrasion Resistance
Reinforced construction withstands rubbing from pack straps, rock faces, and repeated use. Garments maintain performance and appearance through seasons of hard use.
Martindale abrasion testing
Eco-Conscious Manufacturing
We offer bio-based TPU, GRS-certified recycled content, and fluorine-free DWR treatments that meet stringent environmental regulations without compromising performance.
OEKO-TEX®, GRS certified options
4-Way Stretch Options
Mechanical or elastic stretch capabilities provide freedom of movement for active pursuits, improving user experience and garment fit across a wider range of body types.
Maintains recovery after repeated extension
Custom Bonded Fabric Specifications
Need specific waterproof ratings to match competitor products? Require particular breathability levels for your target activities? We can engineer fabrics to hit your exact performance targets.
Our technical team works with your specifications—whether they’re internal standards, brand requirements, or third-party certifications—to develop fabrics that pass your testing protocols.
We Support Testing To:
- ISO, ASTM, JIS international standards
- EN343, GB/T waterproof specifications
- Brand-specific performance requirements
- Environmental certifications (OEKO-TEX, GRS)
How Bonded Fabric Performance Works
Understanding how bonded fabrics work helps you communicate value to your customers. Here’s the technology that makes our fabrics perform.
Waterproofing Mechanism
Our waterproof protection operates on two levels. The functional membrane contains microscopic pores—small enough to block liquid water droplets yet large enough for water vapor molecules to pass through. Simultaneously, the outer fabric receives durable water repellent (DWR) treatment, causing water to bead and roll off the surface rather than saturating the face fabric.
How It Works:
- Microporous membranes with pore size under 0.2 microns block water entry
- Hydrostatic pressure resistance prevents penetration under rain/snow load
- DWR coating maintains fabric breathability by preventing face fabric saturation
- Sealed seams in garment construction eliminate leak points at stitch holes
Breathability & Moisture Transport
Breathability prevents the stuffy, clammy sensation that occurs when perspiration can’t escape. Our membranes use either microporous structure or hydrophilic chemistry to create a vapor pressure gradient: warm, humid air inside the garment naturally moves toward the cooler, drier exterior environment. This passive system requires no energy and works continuously during activity.
How It Works:
- Vapor pressure differential drives moisture from skin to exterior environment
- Microporous membranes physically transport water vapor molecules
- Hydrophilic membranes absorb and release moisture via molecular diffusion
- Higher MVTR values indicate faster moisture evacuation for comfort during exertion
Windproof Performance
Wind dramatically increases heat loss from the body through convection—the ‘wind chill’ effect. Our bonded fabrics create an impermeable barrier to air movement. The membrane layer, whether microporous or solid, has such tightly controlled structure that air molecules cannot pass through, effectively eliminating convective heat loss and maintaining the insulating air layer next to your body.
How It Works:
- Dense membrane structure achieves near-zero air permeability
- Eliminates convective cooling that amplifies perceived cold
- Maintains effectiveness across wide temperature ranges
- Works synergistically with insulation layers to maximize warmth
Sustainable Production
Modern bonded fabric manufacturing prioritizes environmental responsibility. We’ve transitioned to solvent-free lamination processes using heat-activated adhesives, eliminating volatile organic compound emissions. Our membrane materials include bio-based TPU derived from renewable sources and recycled polyester face fabrics certified under Global Recycled Standard, all while maintaining the performance characteristics premium brands demand.
How It Works:
- Solvent-free lamination reduces VOC emissions and workplace hazards
- Bio-based TPU membranes from renewable resources lower carbon footprint
- GRS-certified recycled content diverts plastic waste from landfills
- PFC-free DWR treatments eliminate persistent environmental contaminants
Bonded Fabric Technologies for End Uses
Understanding how bonded fabrics work helps you communicate value to your customers. Here’s the technology that makes our fabrics perform.
Extreme Outdoor & Adventure
Recommended: 3-Layer Hardshell / High-Performance Softshell
Use Cases: High-altitude mountaineering, backcountry skiing, ice climbing, multi-day trekking
Critical Requirements:
- Maximum abrasion resistance for rough terrain contact
- High breathability to manage perspiration during strenuous ascents
- Exceptional waterproof ratings (15,000mm+) for prolonged exposure
- Durability to withstand repeated pack wear and harsh conditions
Your customers trust their gear with their safety. Our extreme-duty fabrics deliver the reliability serious adventurers demand, building brand loyalty through proven performance.
Urban Techwear & Commuter
Recommended: Lightweight Softshell / 2-Layer Composite
Use Cases: Daily commuting, urban cycling, business travel, casual outdoor activities
Critical Requirements:
- Clean aesthetic with minimal bulk for professional appearance
- Quiet fabric hand without technical garment 'crinkle'
- Weather protection for unexpected rain showers
- Packability for easy storage in bags or lockers
Urban consumers want performance without the ‘outdoor gear’ look. Our versatile fabrics blend seamlessly into city life while providing functional weather protection that keeps professionals comfortable and presentable.
Active Sports & Training
Recommended: 4-Way Stretch TPU Composite
Use Cases: Trail running, cycling, golf, outdoor fitness, yoga
Critical Requirements:
- Four-way stretch for unrestricted range of motion
- Lightweight construction that doesn't hinder performance
- Superior breathability (12,000+ g/m²/24h MVTR) for high-output activities
- Quick-drying properties to maintain comfort
Active users won’t accept bulk or restriction. Our high-stretch, ultra-breathable fabrics move with the body, enhancing performance rather than limiting it—a key differentiator for sports-focused brands.
Our technical team can help you select the optimal fabric construction, weight, and features for your specific product line and target market.
Frequently Asked Questions
Clear answers to common questions about our bonded fabrics, capabilities, and processes
What types of bonded fabric can you supply?
We develop 2-layer laminated fabric, 3-layer laminated fabric, softshell bonded fabric, bonded fleece fabric and other fabric-to-fabric constructions. TPU and PU membrane options are available for jackets, outdoor wear, workwear, uniforms and sportswear.
What is your MOQ for wholesale bonded fabric?
For existing or similar qualities, the MOQ normally starts from 1,200 meters per color. New developments may require a different MOQ depending on the face fabric, membrane, backing, color and finishing process.
How long does sampling take?
Available quality samples normally take 2–7 days. New color matching, layer combination or finishing development usually takes approximately 7–15 days after the specification is confirmed.
Can you develop fabric to a target waterproof or MVTR requirement?
Yes. We can review the membrane, layer structure and finishing according to your target. Please provide the required value and test method, because results from different test methods may not be directly comparable. Final performance should be confirmed on the approved sample.
Do you offer TPU and PU bonded fabric?
Yes. TPU and PU membrane options are available. We can recommend the suitable membrane based on hand feel, breathability, cost target and application.
Can you match our color or reference sample?
Yes. We support Pantone color matching, lab dips and sample matching. Please send your color standard, reference fabric or tech pack before development.
Can you provide recycled or PFC-free options?
Yes. Recycled polyester face fabrics, GRS-certified options and PFC-free DWR treatments can be arranged upon request.
What information should I send for a quotation?
Please send fabric type, application, composition, GSM, width, color, waterproof/breathability target, backing type, estimated quantity and destination market.
Still have questions? Our team is here to help.
Industry Insights & Resources
Stay informed about bonded fabric technology, market trends, and best practices for performance apparel manufacturing
Why Premium Outdoor Brands Are Switching to Bio-Based TPU Membranes
As environmental regulations tighten and consumer awareness grows, leading apparel brands are transitioning from traditional petroleum-based materials to renewable alternatives. Bio-based TPU membranes offer comparable performance with significantly reduced carbon footprints—a win for both brand reputation and regulatory compliance.
Understanding MVTR Ratings: What Breathability Numbers Mean for Real-World Performance
Moisture vapor transmission rate (MVTR) is a critical spec, but raw numbers don't tell the whole story. Learn how testing methods vary, why higher isn't always better, and how to match breathability ratings to your target activities for optimal user satisfaction and reduced returns.
How 3-Layer Construction Reduced Production Costs for a European Ski Brand
A mid-sized European ski apparel brand reduced their per-unit costs by 18% and improved durability ratings by switching from 2-layer fabrics with separate linings to integrated 3-layer bonded constructions. This case study explores the manufacturing efficiencies, consumer feedback improvements, and supply chain simplification that drove their decision.
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