High-Quality Customize Spunlace Non-Woven Fabric Companies & Product

Spunlace (hydroentangled) nonwovens use high-velocity, high-pressure micro-water jets (up to 200+ bar) to physically interlock fibers rather than utilizing chemical latex binders or thermal resin melting. This yields remarkable cloth-like softness, high drape, superior tensile strength, high fluid holding capacity, and almost zero lint emission, making it ideal for medical, cosmetic, and critical wiping tasks where pure, binder-free contact is mandatory.

Yes. We produce weights spanning from lightweight 30 GSM (common in facial masks and hospital sheets) up to heavy-duty 220+ GSM substrates (used in synthetic leather substrates and filtration panels). Widths are customizable from master parent rolls (up to 3.2 meters) down to customized narrow slitting specifications starting at 20mm with tailored roll diameters and core sizes (3-inch or 6-inch cores).

By managing base web forming, continuous vat dyeing, stiffness sizing, rotary printing, and functional finishing under one roof in Changshu, we eliminate intermediate handling damages, transport-induced moisture re-absorption, and inter-factory finger-pointing. Buyers receive single-point accountability, tighter color delta tolerances (Delta E < 0.8), uniform hand-feel consistency, and reliable batch traceability.

Beyond standard Polyester (PET), Viscose, Polypropylene (PP), and PLA, YDL maintains custom equipment lines dedicated to processing high-performance technical fibers including Basalt fibers, Pre-Oxidized filaments (PANOX), E-Glass, Carbon Fiber blends, and Polyimide (PI) for fire barriers, battery separators, thermal insulation, and hot gas filtration.

Clients submit target specifications (fiber blend, target GSM, tensile limits, color target, or performance finish like hydrophobic/anti-static). Our lab matches the profile or customizes an A4/yardage trial prototype within 3–5 working days. Full technical datasheets (TDS) and material certifications accompany the physical sample before full-scale commercial manufacturing commences.