拜耳材料科技正陆续以Impranil®生态材料这一品牌名，推出一系列水性生物基聚氨酯(PU)分散体� �这种材料的可再生成分含量高达65%，因此该系列产品可进一步降低二氧化碳排放量，从而再度改善水性PU材料的可持续性� Bayer MaterialScience demonstrated this at the European Coatings Exhibition in Nuremberg, Germany, from April 21 to 23, and at Techtextil, the international technical textiles and nonwovens exhibition in Frankfurt, Germany, from May 4 to 7. A research and development result �这些产品隶属INSQIN水性PU纺织涂层面料项目� �</p
Mr. Nicholas Smith, general manager of Bayer MaterialScience’s global business of textile coatings, said: “Sustainability has become one of the important considerations for consumers in making purchase decisions, and the textile industry has also placed it at the forefront. Impranil® ecological materials can Helping manufacturers, OEMs and brands improve their ecological footprint. The first products in this series are specially developed for the apparel, accessories and footwear industries and will help all parties in the industry optimize sustainable development. ”</p
制造商将能史无前例地生产出在每层材料中均含有大量可再生成分的合成材料和涂层面料。其性能堪比高端传统产品，并且其生物基原料可以立即被采用，无需重新配制。此外，这些生物原料的来源不会与人类的食物链产生冲突，这一点也非常重要。
Collaboration is the key to disruptive innovation</p
Mr. Ni Gule said: “We believe that disruptive innovation will increasingly rely on close collaboration with excellent partners, whether they are upstream or downstream in the value chain. In terms of Impranil®’s renewable raw materials, we are very happy to cooperate with BioAmber By cooperating with companies with leading technologies, they can supply these important raw materials reliably and in sufficient quantities. On the other hand, we will continue to cooperate with well-known companies in the lower reaches of the value chain to maximize the innovation potential of our technology.”</p
Strengthen the research and development of new products in the field of customized textiles</p
除了生物基牌号的产品，拜耳材料科技正陆续推出一系列全新牌号的Impranil®系列PU分散体，扩大了去年发布的INSQIN技术的应用范围。同时，还推出一整套服务，以满足纺织行业对于材料功能和可持续性方面更高的要求。
Impranil®DAA专门开发应用于服装和制鞋行业的中间涂层。该产品可用于生产更加柔软的材料，并能够在低温环境下保持这一特性——这正是服装领域梦寐以求的。
运动鞋应用领域对材料的性能要求尤为严格。Impranil®DLE有助于开发符合该领域高技术规格的鞋面材料，在粘合强度方面尤为突出。
另一方面，汽车行业也将受益于新推出的Impranil®DLC-T产品� �利用该产品，可以生产出一种特殊的汽车内饰材料，不仅拥有行业所寻求的超亚光表面，还具备高度耐磨、耐水解、耐光照及耐热的特性�
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