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

China Spunlaced Fabric Factory & Product Solutions

Pioneering Precision Hydroentanglement Engineering, Functional Surface Modifications, and Sustainable Substrate Supply for Global Tier-1 Converters.

2007
Established Operations
ISO 9001
Integrated QC Standard
100%
Chemical Binder Free Base
30-220
GSM Precision Range
Market Dynamics

Global Procurement Imperatives & The Strategic Role of China’s Spunlace Manufacturing Hubs

In the contemporary nonwovens landscape, global buyers—ranging from high-speed medical wipe convertors in Western Europe to technical composite laminators in North America—face rigorous pressures regarding supply chain transparency, isotropic tensile performance, and sustainability compliance. The migration from standard chemical-bonded materials to hydroentanglement has redefined hygiene, beauty, automotive, and industrial filtration benchmarks.

Operating out of Changshu, Jiangsu Province, YDL Nonwovens (Changshu Yongdeli Spunlaced Non-woven Fabric Co., Ltd.) addresses key procurement pain points through an integrated single-roof operational model. Traditional dispersed supply chains require importing grey base cloth, contracting separate chemical treaters for flame retardancy or hydrophilicity, and forwarding goods to dyeing or sizing mills. This fragmentation multiplies transit emissions, inflates lead times, and degrades cross-directional (CD) dimensional integrity. By harmonizing fiber preparation, hydro-jet interlocking, continuous scouring, sizing, pigment printing, and thermo-stabilization within our dedicated facility, we offer original equipment manufacturers (OEM) and brand converters end-to-end trace control from polymer bale to finished roll goods.

Cost-in-Use Optimization

By bypassing third-party convertors and functional treatment middlemen, enterprise buyers secure reduced cost-per-square-meter while maintaining tight tolerances on weight variability, fiber shed, and tensile elongation ratios.

Engineered Fiber Substrates

Our raw fiber intake encompasses virgin and recycled polyester (PET), natural viscose, wood pulp blends, polypropylene (PP), bio-derived polylactide (PLA), and specialized engineering filaments like para-aramid and basalt.

Regulatory Integrity & Audit Readiness

Full conformance to European REACH, OEKO-TEX Standard 100, and FDA compliance guidelines, supported by verified roll-by-roll traceability and ISO 9001:2015 documented testing protocols.

Engineering Deep-Dive

Hydroentanglement Process Architecture & Finishing Roadmap

Step-by-step technological breakdown showing how high-pressure fluid mechanics transform staple filaments into dimensionally stabilized, high-purity roll goods.

Phase 01

Multi-Fiber Blending & Carding

High-precision opening lines ensure uniform fiber dispersion. Multi-cylinder carding engines align fibers into parallel or cross-lapped configurations to balance Machine Direction (MD) and Cross Direction (CD) tensile ratios.

Phase 02

Micro-Jet Hydroentanglement

Cascading high-pressure water injectors (reaching up to 200 bar) strike the web. High-velocity micro-water needles interlace fibers mechanically, producing structural strength with zero chemical binding resins.

Phase 03

Hydro-Extraction & Vacuum Drying

Through-air dryers gently remove water without crushing the web loft. This retains the soft hand feel, bulkiness, and porous absorption matrix critical for medical and cosmetic applications.

Phase 04

Functional Finishing & Sizing

In-house padding, dyeing, anti-static dosing, flame retardant saturation, water-repellent (fluorine-free) grafting, and thermochromic applications are applied downstream under strictly monitored curing ovens.

Phase 05

Optical Slitting & Verification

Online automated optical surface detection identifies pinholes, slubs, or foreign debris down to 0.1mm. High-speed slitter-rewinders slice fabric rolls precisely to custom converter diameters.

Solutions Engineering

Cross-Industry Sector Solutions

From single-use sterile medical barriers to mission-critical thermal filtration, our fabrics are calibrated to the operational demands of specialized converters.

Medical, Surgical & Cleanroom

Low-linting, hypoallergenic viscose/polyester matrices optimized for surgical draping, patient wipes, and wound contact layers. Offers superior liquid strike-through resistance when paired with repellency finishes, while remaining comfortable and breathable.

Cosmetics & High-End Skin Care

Micro-fine hydroentangled PLA, bamboo, and ultra-pure viscose engineered for facial sheet masks and deep pore-cleansing pads. High liquid retention capacities guarantee sustained essence release without premature matrix drying.

Synthetic Leather Substrates

Specially sized and dyed polyester spunlace designed as dimensionally uniform backing for PU and PVC artificial leather coating. Ensures high peel strength, prevents delamination, and provides excellent drape for automotive seating and upholstery.

Industrial Thermal & High-Temp Filtration

Specialty fiber spunlace utilizing Basalt, Polyimide (PI), Pre-Oxygenated, and Aramid filaments. Engineered to withstand continuous working environments up to 260°C while serving as hot-gas filtration barriers and battery thermal barriers.

Technology Horizon

R&D Roadmap: The Next Era of Smart & Bio-Circular Nonwovens

Our forward development combines water reclamation loops, biodegradable polymers, and responsive surface chemistries to align with global environmental mandates.

Closed-Loop Bio-Degradation

Accelerating the deployment of 100% home-compostable PLA and lyocell blends. Formulated to disintegrate within 90 days in industrial composting facilities without releasing synthetic microplastics into marine or soil ecosystems.

Intelligent Functional Stimuli

Developing advanced thermochromic, photochromic, and antimicrobial grafted matrices. These fabrics visually signal temperature shifts or bacterial saturation in diagnostic medical drapes and smart household sanitization sheets.

Zero-Liquid Discharge (ZLD)

Investing in multi-stage biological clarification and ultra-filtration membrane loops, recycling over 95% of hydroentanglement process water to lower overall environmental footprint per metric ton produced.

Verification Protocol

Quality Governance, Testing Protocols & Compliance Framework

Enterprise procurement requires confidence in lot-to-lot consistency. Our quality management system operates under strict ISO 9001:2015 certification, governed by rigorous internal laboratory verification across every manufactured master roll.

Mechanical Property Validation

Every lot undergoes calibrated tensile testing (ISO 9073-3 / EDANA ERT 20.2-89) in both Machine Direction (MD) and Cross Direction (CD). We document dry/wet elongation, tear strength, and thickness under specific pressures (ISO 9073-2).

Liquid Handling & Absorbency

Liquid absorption capacity and strike-through speed are benchmarked via EDANA standards. For functional repellent barriers, spray rating tests (AATCC 22) and hydrostatic head evaluations ensure performance in medical barrier settings.

Microbiological & Chemical Purity

Skin-contact and medical grades are screened for biocides, heavy metals, extractable formaldehyde, and bioburden levels, ensuring zero dermatological irritation and regulatory alignment with ISO 10993 cytotoxicity guidelines.

Procurement Clarifications

Frequently Asked Sourcing & Engineering Questions

Clear technical answers to help purchasing managers, textile engineers, and converter executives qualify our spunlace capabilities.

What sets YDL Spunlace apart from conventional trading suppliers in China?
Unlike trading brokers or specialized grey-cloth processors, YDL Nonwovens operates an integrated manufacturing base in Changshu, Jiangsu. We control fiber formulation, hydroentanglement hydro-mechanics, dyeing, sizing, printing, and chemical functionalization under one roof. This integrated structure removes middleman markups, avoids handling contamination, ensures lot-to-lot shade and physical property consistency, and offers direct engineering support during product customization.
What basis weights (GSM) and web configurations are supported?
Our lines support fabric weights ranging from 30 GSM up to 220 GSM. We supply both parallel-laid configurations (optimal for high longitudinal tensile strength in wet wipe converting) and cross-lapped configurations (delivering an isotropic 1:1 or 1:1.2 MD/CD tensile ratio for medical draping, synthetic leather backings, and technical laminates). Mesh apertures, plain weaves, embossed pearls, and customized drop-plastic dots are also available.
Which specialty and technical fibers can be processed via hydroentanglement?
Beyond commercial Polyester (PET), Viscose Rayon, Lyocell, and Polypropylene (PP), YDL specializes in high-temperature and advanced technical polymers. We regularly process Basalt fibers for structural thermal insulation, Polyimide (PI) for high-efficiency hot-gas baghouse filtration, Pre-Oxidized Carbon Fibers for flame barriers, and Para-Aramid/Meta-Aramid blends for protective workwear reinforcement.
How does in-house functional finishing perform against secondary subcontracting?
Secondary subcontracting often results in fabric distortion, uneven chemical pickup, and surface abrasion. Our in-line functional finishing integrates pad-dry-cure systems directly downstream of hydroentanglement. This allows precise chemical grafting of fluorine-free water repellents, flame retardants (conforming to international flammability codes), anti-static coatings, thermochromic pigments, and functional color dye-catcher compounds while maintaining base web tensile strength and softness.
What are the standard order lead times, sampling workflows, and export logistics?
Standard laboratory hand-sheet strike-offs or roll swatches are dispatched within 3 to 5 business days for evaluation. Commercial batch roll production averages 15 to 25 calendar days, contingent on specialized fiber sourcing or custom print engraving. Located near Shanghai port, we provide consolidated containerized logistics (FCL/LCL) along with complete export documentation, including Bills of Lading, Certificates of Analysis (COA), and raw material origin verifications.