+86 180 1816 5529 [email protected] Changshu, Jiangsu, China

High-Quality Spunlace Non-Woven Fabric Manufacturers & Supplier

Pioneering Precision Hydroentanglement Engineering, Functional Polymer Innovation, and Integrated Vertical Supply Chain Intelligence Since 2007

Technical Catalog

High-Performance Engineering: Featured Product Series

Explore standard, customized, and high-performance hydroentangled substrates certified for medical, hygiene, filtration, and synthetic leather manufacturing.

2007
Established Heritage
ISO 9001
Quality Assurance
100%
In-House Finishing
50+
Export Destinations
Technical Whitepaper

High-Quality Spunlace Engineering: Principles & Advantages

A comprehensive technical overview of high-pressure hydroentanglement physics, polymer selection criteria, and chemical functional finishing.

Binder-Free Hydroentanglement

Our proprietary hydroentanglement matrices use micro-filtered high-pressure water jets up to 200 bar to mechanically interlock web fibers without synthetic binders, chemical resins, or heat sealants, guaranteeing pristine purity and non-toxic safety for medical, pediatric, and cosmetic wipe applications.

Isotropic Web Formations

By engineering advanced cross-lapping and carding comb ratios, we eliminate directional tearing vulnerabilities. We deliver MD:CD (Machine Direction to Cross Direction) tensile ratios approaching 1:1, crucial for high-speed automated wet wipe converting and synthetic leather coating lines.

Integrated Functional Customization

Unlike single-operation mills, YDL consolidates spinning, water stitching, offline dyeing, calendering, structural sizing, pigment printing, and chemical functional treatments under one roof. This minimizes subcontract risk, prevents transit contamination, and lowers procurement costs.

Manufacturing Infrastructure

China Factory Supply Chain Ecosystem & Cost Efficiencies

Leveraging deep industrial cluster integrations in Changshu, Jiangsu Province to offer unmatched scale, raw material agility, and global distribution speed.

Petrochemical & Rayon Cluster Proximity

Situated within the Yangtze River Delta textile belt, YDL enjoys direct pipeline and high-volume freight routes to major producers of polyester staple fibers (PET), regenerated cellulose (viscose/rayon), polylactic acid (PLA), and polypropylene (PP). This eliminates raw material transport premiums and shields clients from global raw fiber volatility.

Agile Multi-Line Production Capacity

Our production plant runs multiple high-speed carding and hydroentanglement lines operating round the clock. Coupled with in-line computerized optical surface defect detectors, we quickly scale from custom specialty trial runs (MOQ 1,000 kg) to multi-container global enterprise shipments with consistent lot-to-lot reliability.

Direct Coastal Port Logistics

Close to Shanghai and Ningbo maritime terminals, we offer fast container stuffing, direct port trucking, and accelerated customs release. This lowers sea-freight transit times across European, North American, Southeast Asian, and Middle Eastern corridors while simplifying trade logistics under FOB, CIF, or DDP terms.

Global Regulatory Assurance

Localized Support, Safety Certifications & Global Compliance

Engineered to meet the most demanding international testing protocols, hygiene guidelines, and environmental frameworks.

REACH & RoHS Compliance

All spunlace grades, chemical finishes, and dyed fabrics are rigorously formulated to be free from SVHCs (Substances of Very High Concern), azo dyes, heavy metals, and restricted plasticizers, ensuring frictionless clearance across the European Union.

OEKO-TEX Standard 100

Our raw fiber intake and final rolled substrates conform to Class I & II criteria, ensuring hypoallergenic safety, zero cytotoxicity, and absolute skin safety for sensitive baby wipes, cosmetic pads, and hospital wound dressing interfaces.

Medical Device Regulation (MDR)

We provide full lot traceability, bioburden monitoring, microbiological filtration data, and technical dossiers to support tier-one converters and OEM contract packagers meeting ISO 13485 and FDA 510(k) Class I/II filings.

Bilingual Engineering Support

Our specialized international export engineers offer technical data sheets (TDS), complete safety data sheets (MSDS), certificates of analysis (COA), and localized customs documentation tailored to regional market tariffs and clearance standards.

Application Engineering

End-Use Engineering Scenarios: From Hygiene to Aerospace

Delivering precision surface profiles, bespoke mechanical tensile curves, and functional finishes across diverse sectors.

Aerospace & High-Temperature

Engineered using continuous basalt fiber, polyimide (PI), and pre-oxidized carbon filaments, these nonwovens deliver flame resistance, zero melt-drip behavior, and superior thermal insulation for industrial furnace seals, aviation fire barriers, and automotive exhaust heat shielding.

Automotive Leather Base Cloth

High-tensile PET and microdenier staple fibers are dyed, tension-sized, and surface-buffed to form durable backings for PU/PVC synthetic leather. They deliver excellent peeling strength, tear resistance, and high elongation recovery under thermoforming.

Household Laundry Sheets

Cationic-modified viscose substrates capture loose reactive, acid, and disperse dyes in laundry wash cycles. They trap migrating dyes through strong electro-kinetic absorption, keeping multi-colored garments clean and bright.

Hospital Surgical Drapes & Gowns

Combining hydrophobic fluorochemical repellant finishes with high-pressure spunlace web structures, our medical-grade barrier fabrics deliver fluid repellency (alcohol, blood, saline) while preserving breathability and lint-free sterility.

Industrial Liquid & Air Filtration

With multi-tier fiber denier gradients and uniform pore distributions, these nonwovens capture sub-micron particles with low differential pressure. They excel in coolants, industrial lubricants, paint shop prep filters, and cleanroom air systems.

Cosmeceutical & Facial Sheet Masks

Blending 100% natural plant cellulose, lyocell, and biodegradable PLA, these ultra-thin webs deliver superior serum absorption, feather-light skin adhesion, and zero chemical leaching for luxury skincare applications.

Forward Strategy

Emerging Industry Trends & Next-Gen Spunlace Frontiers

Analyzing key shifts reshaping global nonwoven manufacturing over the next decade.

Circular Economy & Plastic-Free Directives

With regulations like the EU Single-Use Plastics Directive (SUPD) accelerating global shifts away from synthetic polymers, demand is surging for 100% biodegradable and marine-degradable spunlace made from FSC-certified wood pulp, bamboo viscose, cotton, and bio-based PLA.

Smart Functional & Responsive Surfaces

Spunlace materials are expanding beyond basic absorbency into active functional substrates. We develop smart functional finishes including phase-change cooling fabrics, thermochromic visual indicators, non-leaching antimicrobial coatings, and conductive silver matrices for medical wearables.

Water Recycling & Closed-Loop Efficiency

Hydroentanglement uses substantial process water. Modern mills now rely on multi-stage ultra-filtration and closed-loop water treatment systems that clean and reuse over 95% of hydroentanglement process water, substantially lowering carbon and environmental footprints.

Procurement Intelligence

Frequently Asked Questions for Global Procurement Teams

Essential guidance on fiber blends, custom finishing, lead times, export terms, and quality verification.

What sets spunlace nonwoven apart from spunbond and meltblown fabrics?
Spunlace nonwovens rely entirely on mechanical hydroentanglement—bonding carded staple fibers with high-velocity water needles rather than molten polymer extrusions or chemical binders. This produces superior fabric drape, softer tactile hand-feel, zero resin chemical runoff, and textile-like breathability that surpasses typical polypropylene spunbond and meltblown webs.
What are your custom GSM, width, and slitting limits?
We support basis weights from 30 GSM to over 300 GSM, with roll widths up to 320 cm. We provide custom narrow inline or offline slitting down to 10 cm, customized roll diameters up to 120 cm, perforated rolls, and specific core dimensions (3-inch or 6-inch) protected by waterproof shrink-wrap.
Can you run customized offline dyeing, functional coatings, and printing on one contract?
Yes. Our Changshu factory integrates base carding, water-jet bonding, high-temperature piece-dyeing, tension sizing, pigment printing, and chemical topical finishing. This allows you to combine bespoke dyeing with water repellent, flame retardant, or antimicrobial treatments in a single production run.
How do you maintain lot-to-lot consistency across long-term purchase agreements?
Under our ISO 9001 quality management framework, raw fiber shipments undergo moisture, titer, and staple-length testing before entering carding. Our production lines use real-time radiometric GSM monitoring and automated optical defect scanners. Every master roll is issued a dedicated Certificate of Analysis (COA) detailing MD/CD tensile values, elongation, and moisture levels.
What are your typical production lead times, sample policies, and minimum order quantities?
Standard inventory trial rolls ship within 48 to 72 hours. Custom engineered or colored trial runs (MOQ 1,000 kg) typically take 10 to 14 days, while multi-container full-scale orders (FCL 20ft/40ft HQ) are fulfilled in 20 to 25 days. Complimentary A4 swatches and roll samples are available on request.
How do you help international converters meet environmental import regulations?
We provide full documentation for global environmental regulations, including EU REACH compliance files, RoHS statements, OEKO-TEX Class I certifications, and complete bio-degradability test dossiers. For buyers moving toward circular products, we supply certified post-consumer recycled (rPET) fibers and 100% plant-based compostable viscose and PLA substrates.
Advanced Manufacturing

High-Spec Functional & Specialized Nonwoven Substrates

Engineered technical solutions for high-temperature barriers, recycled sustainability, and specialty industrial applications.