Engineered synthetic leather profiles optimized for continuous-slit cording, micro-braiding, heavy-duty trim, and high-tensile fashion structures.
From fragile PVC extrusions to high-tensile, bio-polyol waterborne PU matrices engineered for automated stitching, braiding, and luxury craftsmanship.
Global consumer demand is forcing tier-1 brands away from fossil-derived cords. Contemporary OEM facilities now integrate USDA BioPreferred-certified renewable polyols derived from agricultural waste, reducing carbon intensity across linear meterage by up to 47% without losing elastic recovery.
Traditional synthetic cording relied on DMF (dimethylformamide) coagulated baths, risking regulatory rejections in the EU. Modern manufacturing employs 100% solid solvent-free or waterborne PU systems, guaranteeing strict zero-emission safety compliant with EU REACH SVHC regulations.
Precision-slit cord requires extreme shear resistance, flex tolerance (-20°C cold-flex survival), and high tensile load holding (exceeding 250N). Factory-formulated microfibers and high-density circular knit backings prevent elongation distortion during automated assembly lines.
How Yingde City JiangXin New Material Co., Ltd. integrates vertical synthesis, IoT-monitored coating, and closed-loop environmental controls.
From in-house raw resin synthesis and color masterbatch preparation to computerized slitting and edge-sealing, complete supply chain control eliminates intermediary markups and guarantees absolute batch-to-batch consistency.
Automated optical sorting systems and continuous inline thickness sensors guarantee tolerance levels within ±0.02 mm across multi-kilometer cord batches, preventing micro-jamming in downstream automated eyeletting machinery.
Every meter of RCS-certified recycled synthetic leather and USDA Biobased material is tracked via unique enterprise resource identifiers, enabling friction-free Transaction Certificate (TC) issuance for audited brand compliance.
Operated within a solar-powered 135,733 m² campus featuring dedicated wastewater filtration, thermal recovery units, and ISO14001 certification, satisfying the Higg Index Facility Environmental Module (FEM) criteria.
| Performance Specification | Conventional PVC Cord | Standard Commercial PU | JiangXin Bio-Based / RCS PU Cord |
|---|---|---|---|
| Base Resin Platform | Polyvinyl Chloride + Phthalates | Solvent-Coagulated DMF PU | Solvent-Free Waterborne Bio-Polyol PU |
| Tensile Strength (Elongation Control) | Poor (>35% creep under tension) | Moderate (15-20% stretch) | Engineered Low-Creep (<8% at 200N load) |
| Cold-Flex Crack Resistance | Brittle at 0°C | Passes 20,000 cycles at -10°C | Surpasses 80,000 cycles at -20°C |
| Environmental Certifications | None / Non-compliant with SVHC | Difficult REACH Clearance | USDA Biobased, RCS, OEKO-TEX 100, 6P-Free |
| Chemical Safety & VOCs | High residual plasticizers | Trace DMF / Organic Solvents | Zero-VOC / Completely Odorless |
Versatile material execution mapped directly to international tier-one technical packs across consumer lifestyle, luxury apparel, and industrial product lines.
Round, flat, and folded faux leather cords engineered with sealed micro-edges for premium drawstring closures, piping accents, and braided shoulder straps that withstand skin oil exposure and flex abrasion without peeling or cracking.
Reinforced cord geometries designed specifically for footwear uppers, boat shoes, and hiking boot laces. Treated with hydrophobic, anti-fray micro-finishes ensuring water repellency, dimensional stability, and knot-holding friction.
Supple, non-irritating synthetic leather cords for jewelry necklaces, eyewear retainers, hooded jacket drawstrings, and wrist-strap wearables. Formulated 100% hypoallergenic, phthalate-free, and resistant to human sweat acidity.
Behind every meter of synthetic leather cord shipped from our Yingde production hub lies rigorous testing governed by accredited third-party validation frameworks.
Every production batch is tested against extreme RSL standards: EU REACH Annex XVII, California Proposition 65, and CPSIA. Zero detection of banned azo colorants, organotins, short-chain chlorinated paraffins (SCCPs), or toxic heavy metals.
Validated through Jungle Test conditions (70°C and 95% relative humidity for 5 to 10 weeks) simulating years of tropical handling without resin delamination, surface tackiness, or structural decay of the internal cord support core.
Yingde City JiangXin New Material Co., Ltd. operates with certified compliance verified by amfori BSCI and ISO9001 / ISO14001, safeguarding supply chain ethics and continuous quality management for publicly traded global brands.
Explore specialized surface grains, custom gauges, and low-carbon synthetic substrates engineered to order for international OEM/ODM projects.
Comprehensive answers direct from JiangXin chemical engineers and global logistics specialists.
We employ automated multi-blade laser slitting systems combined with stabilized micro-elastic microfiber substrates. This prevents lateral necking or edge curl when the cord is pulled through industrial eyelets or subjected to automated high-speed braiding machines.
Our plant-derived bio-based PU series can be formulated with renewable carbon content ranging from 20% to over 50%, verifiable through radiocarbon analysis in accordance with ASTM D6866, supporting USDA BioPreferred label qualification.
Yes. As an audited manufacturer operating under the Recycled Claim Standard (RCS) chain of custody, we provide official transaction certificates per production run, certifying post-consumer or post-industrial recycled material input.
Lab dips and physical swatch strike-offs matching Pantone standards are formulated and dispatched within 3 to 5 business days. Bulk roll production is typically completed in 10 to 15 business days, supported by our 16-million-meter annual capacity.
Our polyurethane resin matrix is specifically engineered with cross-linking surface polymers resistant to acidic/alkaline artificial perspiration (ISO 105-E04) and sebum oils, preventing color bleeding and surface hardness decay.
We supply rolls in standard linear widths (from 1.0mm micro-strips to wider profiles) or wound onto reinforced industrial reels/spools with precision tension winding to prevent tangling during direct machine feed integration.