Precision-calibrated for flexural resistance, breathability, and non-hydrolytic durability. Explore our core technical grades engineered on solvent-free zero-VOC coating lines.
In contemporary supply networks, softness is not merely a tactile attribute—it is an intricate molecular balance between low-modulus polyurethane architectures, high-porosity matrix structures, and substrate elasticity.
Traditional vinyl and low-tier PU degrade into stiff composites over time due to plasticizer migration. Our soft faux leather leverages crosslinked aliphatic polyols and microporous coagulation systems, delivering lasting supple memory, ultra-low flexural fatigue, and natural drape comparable to full-grain nappa calfskin.
We replace petroleum petrochemical polyols with bio-based alternatives synthesized from non-food agricultural waste, castor oil, and industrial corn starch. Radiocarbon-verified via ASTM D6866, our soft leather achieves up to 75% renewable bio-carbon content, drastically decoupling tier-1 production from fossil extraction.
Engineered for high-humidity and heavy-usage applications. By controlling phase separation between hard and soft segments during dry-lamination, our materials pass 7-10 week Jungle Tests (70°C, 95% RH) without sticky resin decomposition, delamination, or surface embrittlement.
Operating from Yingde City, Guangdong, Yingde City JiangXin New Material Co., Ltd. (JX.ECO) integrates vertically from chemical prepolymerization to automatic roll inspection, mitigating geopolitical and logistical vulnerabilities.
Constructed in strict accordance with petrochemical high-safety standards, our facility operates closed-loop VOC recovery systems, an integrated industrial wastewater treatment plant, and a 4.68 MW rooftop photovoltaic matrix generating clean green electricity directly for our multi-line calendering and dry-coating processes.
To ensure high cutting yields for automated CNC cutting tables, our production lines utilize continuous high-resolution machine vision. Sub-millimeter defects, pinholes, tensile variations, and thickness deviations across the full 140cm-152cm width are tagged and logged in real-time digital roll passports.
We formulate and knit our own technical backings in-house: GRS-certified recycled polyester, Lenzing TENCEL™ lyocell, ultra-soft circular jersey, and non-woven microfiber. Spectrophotometer delta-E < 0.5 color approval cycles are concluded in under 72 hours with our computerized micro-dispensing lab.
OEM tier-1 procurement demands differing physical, mechanical, and ecological profiles. We customize substrate grammage, foam density, skin hardness, and topcoat chemistry for specific vertical applications.
Low-VOC, low-odor emissions engineered to surpass strict automotive fogging tests (DIN 75201) and flammability parameters (FMVSS 302). Formulated with extreme ultraviolet stabilizers (SAE J2412) to resist cockpit solar heat without hardening, crazing, or gloss deviation.
Engineered for high edge-creasing, embossing memory, and clean skiving capabilities. Provides high tear strength at stitch holes (ISO 3377-2) combined with a dense, buttery hand-touch that replicates premium lambskin and boxed calf without animal cruelty.
Engineered for dynamic flexing and thermal regulation. Retains supple elasticity down to -30°C for sub-zero footwear and skiwear, featuring micro-perforated or water-based open-pore skins that maximize water vapor permeability (WVP) without compromising liquid barrier integrity.
Global supply chains face intensifying regulatory scrutiny. We integrate end-to-end chain-of-custody documentation, certified auditing, and zero-compromise chemical stewardship.
Every dye, surfactant, and resin formulation is screened against ECHA's Candidate List of Substances of Very High Concern (SVHC). Free of DMFa (dimethylformamide < 5ppm), organotins, short-chain chlorinated paraffins (SCCP), and azo colorants.
Certified under the Textile Exchange Recycled Claim Standard (RCS) and Global Recycled Standard (GRS). Transaction Certificates (TC) issued per commercial order track recycled post-consumer PET chips through melt spinning down to the fabric backing.
Third-party audited manufacturing conditions guaranteeing fair compensation, worker health and occupational safety, non-discrimination, and ethical environmental management across our entire Yingde facility.
Verified free of regulated ortho-phthalates (DEHP, DBP, BBP, DINP, DIDP, DnOP). Formulated to clear the most stringent child-safety thresholds and skin-contact toxicological screenings in North American consumer markets.
Our engineering laboratory continuously expands the threshold of sustainable polymer chemistry. Explore our four-phase development timeline transitioning from recycled inputs to circular closed-loop synthetics.
100% elimination of DMFa, MEK, and toluene from coating lines. Low-temperature activation saving 34% thermal energy during curing and stabilizing ultra-pliable cellular grain retention.
Expanding renewable bio-carbon content from 30% to 75%+ across wear layer and structural skin using non-edible plant polyols and lignin derivatives without lowering Bally flex endurance.
Synthesis of polyether and polycarbonate polyols utilizing up to 20% point-source sequestered carbon dioxide (CO₂), permanently locking industrial greenhouse gases into functional soft goods.
True circularity via 100% mono-material thermoplastic polyurethane (TPU) surfaces fused directly to recycled TPU textile backing, allowing infinite mechanical and chemical depolymerization.
Engineered for luxury goods, technical luggage, footwear, and bespoke interior architecture. Review physical specifications, sample swatches, and certification compliance documents.
Direct answers curated by our R&D material scientists and export procurement managers regarding custom formulation, minimum orders, test standards, and lead times.