两项材料成果分别依托膜科技平台与玄武岩纤维科技平台打造，通过"产学研用"全链条创新实现从实验 室到市场的高效转化，既打破国际品牌在高端材料领域的技术垄断，又通过成本控制推动高性能科技普 惠化。 (安踏集团) 近日，安踏集团发布"无氟安踏膜技术"与"六度芯保暖科技"两项高性能材料攻坚成果，通过产学研协同 创新攻克多项行业技术难题，实现核心材料自主可控。 "无氟安踏膜技术"由安踏联合东华大学研发，采用自研高透湿生物基高分子及微纳米结构调控技术，在 不添加有机氟系化合物的前提下，实现静水压18000mmH O、透湿率7000g/m24h的国际领先指标，攻克 无氟高性能防水的世界性难题。该材料创新性引入20%生物基高分子替代传统石油基原料，更符合可持 续发展趋势，且规模化量产后，搭载该技术的成衣售价仅为国际同类产品的三分之一，目前已应用于新 一代"风暴甲"冲锋衣，预计2026年全球销量将突破50万件。 "六度芯保暖科技"源自安踏-徐卫林院士工作站的成果转化，融合嫦娥六号月面国旗纺纱技术，突破无 机玄武岩纤维一维线形材料复合加工瓶颈。其制备的复合材料具备耐极端高低温、高强度、高耐磨特 性，还拥有辐照升温、热能反射、蓄热 ...

Core Viewpoint - The "Fluorine-free Anta Membrane," developed by a research team from Donghua University, has been officially launched globally, addressing a significant challenge in the high-performance waterproof and breathable materials industry, which has been dominated by international brands [1][3]. Group 1: Product Development - The research team utilized molecular design to create a high-permeability bio-based polymer material, significantly enhancing moisture permeability through micro-nano structure regulation technology [3]. - Key breakthroughs were achieved in fluorine-free water-repellent surface modification and fluorine-free adhesives, ensuring stable waterproof performance [3]. - The material has been validated by third-party laboratories, achieving a hydrostatic pressure of 18,000 mmH₂O and a moisture permeability rate of 7,000 g/m² per 24 hours, comparable to international advanced levels [3][5]. Group 2: Performance Metrics - The 18,000 mmH₂O water resistance level is capable of withstanding heavy rain, making it suitable for extreme sports such as mountaineering, hiking, and skiing [5]. - The national standard for waterproofing in China is ≥5,000 mmH₂O, with high waterproof standards set at ≥10,000 mmH₂O; the new material exceeds the professional waterproof level of ≥18,000 mmH₂O [5]. Group 3: Collaboration and Market Strategy - In 2021, Donghua University partnered with Anta to establish an innovation research institute focused on clothing innovation materials, leading to breakthroughs in the fluorine-free Anta Membrane and its subsequent application testing and mass production development [5]. - The team conducted over a hundred mass production experiments and collaborated with scientific experts for real-world testing, providing solid data support for the technology's implementation [5]. - The goal is to enhance the competitiveness of Chinese self-developed materials in the global market, with the "Storm Armor" jacket featuring the fluorine-free Anta Membrane set to be launched globally [8].