University of Tokyo develops UV-responsive smart chemical fiber fabric that adjusts SPF dynamically (30 to 50+) based on UV intensity, balancing sun protection and breathability....
DSM launches industrial scale production of bio-based polyamide fiber from castor oil (EcoPaXX® Fiber), reducing carbon emissions by 40% vs petroleum-based nylon....
Seoul National University develops graphene-enhanced conductive chemical fiber fabric with high conductivity, washability, and flexibility for smart wearable devices....
University of Cambridge develops self-healing polyester fabric that repairs tears automatically via dynamic covalent polymers, extending product lifespan and reducing textile waste...
Commercialized antibacterial and antiviral polypropylene melt-blown nonwoven technology uses nano-magnesium oxide, achieving over 99% inactivation of bacteria and viruses with high safety....
New high-performance flame-retardant composite fabric using aramid and FR-PET features multi-layer structure, meeting strict PPE standards for extreme environment protection....
OceanSafe's NANEA polymer, the first Cradle-to-Cradle Gold-certified synthetic fiber, biodegrades in ocean water in 99 days, offering a sustainable alternative to PET polyester....
Intrinsic Advanced Materials' CICLO additive enables accelerated biodegradation of PET and nylon fibers, supporting circular economy in textile industry with no performance compromise....
Xinxiang Chemical Fiber launches world-first 1,000-ton ionic liquid-based regenerated cellulose fiber project, achieving zero emissions and 99% solvent recovery, a breakthrough for green textile indus.....
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