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....
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.....
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....
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