+86 180 1816 5529 [email protected] Changshu, Jiangsu, China
ISO 9001 Hydroentanglement Mill · Jiangsu, China

China Spunlace Process Supplier & Products

Pioneering high-pressure water-jet hydroentanglement, functional polymer finishing, and custom engineered roll goods for global healthcare, industrial barrier, and filtration converters.

Primary Inventory Series

High-Performance Spunlace & Specialty Web Selection

Explore our foundational range of hydroentangled staple fiber substrates, cross-lapped webs, and technical nonwoven compounds tailored to precise OEM conversion parameters.

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2007
Established Manufacturing Authority
ISO 9001
Certified Quality Management Standard
100%
In-House Integrated Downstream Operations
50+
Export Destinations Across 5 Continents
Supply Chain Excellence

Why Tier-1 Global Procurement Teams Select China Spunlace Manufacturing

From foundational polymer blending to complex mechanical jet bonding, China's hydroentanglement sector delivers unmatched cost scalability, chemical synthesis agility, and supply integrity.

Single-Roof Upstream & Downstream Integration

Unlike fragmented converters who outsource dyeing, functional padding, or finishing, our facilities in Changshu, Jiangsu unify carding, web cross-lapping, water-jet needle compaction, off-line continuous dyeing, chemical sizing, and rotary pattern printing under one roof. This minimizes supply chain latency, eliminates inter-plant transit contamination, and enforces strict lot-to-lot traceability.

Diverse Raw Fiber Aggregation Ecosystem

Situated within the Yangtze River Delta textile hub, we maintain direct partnerships with leading polymer synthesizers. We source and process conventional staple fibers including pristine PET, regenerated polyester, semi-dull and bright viscose, polypropylene, along with biopolymers like 100% PLA and specialty high-temperature filaments like basalt, glass fiber, polyimide, and carbon precursors.

Cost Engineering & Tailored Specifications

Our hydroentanglement equipment supports custom width slitting, variable MD:CD tensile orientation via semi-cross lapped systems, surface aperture forming (mesh configurations ranging from 10 to 40 mesh), and specialty functional top-coatings. We deliver optimal GSM efficiency and mechanical robustness without the inflated markups of non-integrated converters.

Engineering White Paper

Hydroentanglement Mechanics & In-House Surface Engineering

The technical foundation of binder-free nonwoven processing, molecular fluid cohesion, and precision surface chemistry.

Phase 01

Volumetric Web Aeration & Carding

Raw synthetic and cellulosic fibers pass through automated bale pluckers, multi-roller coarse-to-fine carding machines, and mechanical comb units. Fiber tufts are unraveled into single strands, minimizing clumps and laying a uniform mass foundation across cross-machine directions.

Phase 02

High-Pressure Water-Jet Entanglement

The unbonded web advances beneath successive manifolds equipped with micro-orifice injector strips (70–120 µm diameter). Pressurized water jets (up to 200 bar) strike the web, forcing individual fibers to twist, curl, and interlock without chemical adhesives or thermal melting points.

Phase 03

De-watering & Moisture Controlled Curing

Vacuum extraction slots remove residual bulk moisture from the entrained substrate. Continuous perforated rotary drum dryers apply gentle, zoned convective airflow to dry the fabric web, preventing thermal shock, preserving tensile elasticity, and ensuring uniform softness.

Phase 04

Functional Chemistry & Web Conversion

Dry spunlace passes through padder rollers and finishing units where custom polymers are applied: fluorocarbon/silicone for water repellency, organophosphate compounds for flame resistance, anti-static surfactants, thermochromic agents, or customized pigment prints.

Target Market Matrix

Macro Industrial Solutions & Global Procurement Application Scenarios

Aligning raw fiber dynamics and finishing chemistries to international technical regulations and converting requirements.

Medical Sterilization & Clinical Infection Control

Hospitals and surgical drape converters demand lint-free integrity, physiological breathability, and reliable fluid barriers. Our PET/viscose and specialized PP hydroentangled fabrics support Gamma, EO, and Steam autoclave protocols. They deliver dependable hydrostatic resistance without sacrificing the tactile drape vital for surgical staff.

Cosmeceutical Skin-Contact & Personal Hygiene

Premium facial sheet masks, cosmetic wipes, and pediatric hygiene items require clean, binder-free purity. We formulate 100% biodegradable viscose and certified pure PLA nonwoven fabrics that offer high liquid retention, gentle epidermal affinity, minimal chemical shedding, and uniform release of active beauty serums.

Synthetic Leather Substrates & Automotive Interiors

PU and PVC coating lines require dimensional stability, tear resistance, and consistent surface gauge. Our dyed and sized spunlace base fabric offers controlled stretch along both MD and CD vectors, high peel adhesion for polyurethane top-coats, and consistent thermal stability for automotive door panels, upholstery, and footwear.

Critical Air & Liquid Micro-Filtration

Filtration converters need reliable micro-porosity profiles with predictable air resistance. Using high-efficiency carded structures combined with PTFE membranes, polyimide (P84), or basalt filaments, our technical media captures fine particulate matter, withstands high hot-gas flue temperatures, and resists chemical attacks in heavy industries.

Engineered Laundry Dye-Absorption Sheets

Color catcher laundry sheets require high affinity for migrating loose dyestuffs during wash cycles. Our functionalized spunlace sheets are infused with cationic dye-trapping agents that lock away bled dyes, preventing cross-color staining on white and colored textiles in domestic and commercial laundering systems.

Structural Composites & Flame-Barrier Shields

Specialty nonwovens engineered with pre-oxygenated PAN filaments and continuous-filament spunbond substrates serve as fire blockers in bedding, civil aviation seats, and wall acoustic assemblies. They comply with stringent international flammability safety regulations without generating heavy toxic smoke emissions.

Comparative Engineering Parameters

Spunlace Selection Guide vs. Alternative Nonwoven Technologies

Evaluate mechanical parameters, fluid transport dynamics, and industrial processing attributes across nonwoven bonding platforms.

Performance Vector Hydroentangled Spunlace (YDL) Spunbond Nonwoven Chemical Bonded Nonwoven Meltblown Nonwoven
Bonding Mechanism Pure High-Pressure Water Entanglement (No Glue) Thermal Calender Compaction Chemical Acrylic / Polymer Binder Bath Micro-Fiber Thermal Cohesion
Tensile Feel & Drape Cloth-like, Ultra-Soft, Superior Pliability Stiff, Plastic Hand Feel, Papery Finish Crisp to Rigid, Variable Hand Feel Fragile Tensile Matrix, Weak Web Body
Fluid Absorption & Wicking Rapid Fluid Retention, High Absorbent Capacity Hydrophobic by Nature (Unless Surfactant Treated) Moderate (Inhibited by Chemical Resin Binder) High Porosity (Primarily Hydrophobic/Oleophilic)
Surface Linting Propensity Ultra-Low Linting (High-Pressure Compaction) Low Linting Continuous Filaments Moderate to High Linting Medium Linting (Low Tensile Resistance)
Secondary Finishing Agility Full (Dyeing, Printing, Sizing, FR, Fluorine Coatings) Limited (Mainly Inline Masterbatch Additives) Low Secondary Receptivity Electrostatic Charging, Specialized Laminations
Frequently Asked Questions

Technical & Procurement FAQ for Spunlace Roll Goods

Everything you need to know about factory capacities, minimum orders, test metrics, and functional customizations.

What makes China-manufactured hydroentangled spunlace nonwovens globally competitive?
China provides a complete industrial supply chain within regional textile clusters like Jiangsu. Manufacturers access raw synthetic and cellulosic staple fibers locally at scale, paired with advanced high-speed hydroentanglement production lines and integrated downstream finishing (such as offline continuous piece-dyeing, rotational printing, and aqueous chemical sizing). This integrated model eliminates multi-vendor markups, speeds up custom formulation sampling, and supports large monthly container volumes with tight roll-to-roll consistency.
Can YDL customize roll specifications, grammages (GSM), and working widths?
Yes. We engineer spunlace nonwoven fabrics from lightweight 30 GSM webs up to heavyweight 250 GSM substrates across widths ranging from 10 cm up to 320 cm. Buyers can tailor the web structure (parallel or semi-cross lapped for low MD:CD tensile ratios), surface texture (plain weave, pearl embossed, diamond, or perforated mesh from 10 to 40 mesh), fiber composition (100% viscose, PET/viscose blends, 100% polyester, PP, PLA, and basalt), and core roll packaging.
What functional finishes can be applied to spunlace substrates under one roof?
Our downstream facility provides offline roll-to-roll functional chemical padders. We apply durable water-repellent (DWR) fluorocarbon or fluorochemical-free treatments, halogen-free flame retardant finishes (meeting FMVSS 302 and BS 5852 standards), static dissipative agents, antimicrobial coatings, skin-cooling/menthol infusions, thermochromic pigment systems, and stiffness-enhancing sizing baths specifically engineered for synthetic leather PU/PVC backing.
How does YDL ensure compliance under ISO 9001 and meet global export criteria?
We maintain an ISO 9001 quality management framework overseeing all manufacturing steps. Raw fiber shipments undergo moisture regain, staple length, and denier uniformity verification before entering the carding cycle. During hydroentanglement, online camera systems monitor surface defects, foreign fibers, and uniform mass distribution. Finished mother rolls are tested for MD/CD tensile strength, elongation, burst resistance, pH, and ash content before slitting, export poly-wrapping, and palletizing.
What are the minimum order quantities (MOQ) and sample lead times for custom runs?
Standard inventory goods and baseline white plain/mesh nonwovens typically require a low trial threshold of 500–1,000 kg. Custom functional chemistry, specialty dye matching (Pantone matching), or custom-pattern printing runs usually require a 2,000–3,000 kg MOQ per specification. Hand-sheet or A4 technical swatches ship within 48 hours for qualification, while custom pilot roll runs take approximately 7–12 business days.
Are fully biodegradable and eco-friendly spunlace solutions available for export?
Yes. To meet global plastic reduction directives like the EU Single-Use Plastics Directive (SUPD), we manufacture fully flushable and compostable spunlace fabrics using FSC-certified 100% viscose, bamboo pulp, lyocell (Tencel), and 100% Polylactic Acid (PLA) biopolymer fibers. Because our water-jet mechanical entanglement uses zero synthetic chemical glues, these webs biodegrade naturally without releasing microplastic residue.
Functional & Advanced Technical Roster

Advanced Finishing, Conductive Webs & Functional Materials

Discover our specialized portfolio of chemical-bond, graphene-infused, flame-resistant, water-repellent, and structural inorganic fiber fabrics.

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