在重视环保的时代主题下，不少企业致力于实现纤维资源的回收再利用，发展具有生物可降解特性的产品，实现绿色生产。中国工程院院士俞建勇表示，目前纺织业要实现产品高端化、多元化，适应新兴产业发展和生态建设要求。当前纤维材料的发展趋势有高性能纤维、高功能纤维、生物基纤维、循环再生纤维、纳米纤维等品种，实现超常的性能、差异化和生态化。
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中国化纤工业协会会长端小平表示，高性能纤维耐强酸、耐腐蚀，随着其产量的不断增加，在今后的应用过程中存在污染环境的可能，应加快研究高性能纤维回收处理技术的步伐。
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生物基化学纤维具有绿色、环境友好、原料可再生以及生物降解等优良特性，有助于解决当前全球经济社会发展所面临的严重的资源和能源短缺，以及环境污染等问题。目前，全球天然纤维素产量达到1000亿吨/年，量大而广，而全球纺织业的纤维素用量不到2200万吨/年，具有很大的发展空间。因此，生物基纤维产业的发展，将带给纺织行业潜力无穷的提升空间。
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Differentiated R&D has a bright future<br /
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化学纤维的下游产品主要是服装和家纺。随着可支配收入的增长以及生活水平的提高，人们日益追求服装和家纺的个性化。
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Wang Tiankai, President of the China Textile and Apparel Federation, once pointed out at the China International Textile Raw Materials Conference and Industrial Finance Forum that in recent years, among the chemical fiber products that account for about 80% of China’s total textile fiber processing, the production capacity of conventional products is too large and is urgently needed in the industry. The R&D and application of various differentiated fibers are still lower than expected, and the development potential is great Therefore, it is necessary to vigorously promote the transformation and upgrading of the chemical fiber industry, accelerate the research and development of new fibers and implement them, strengthen collaborative innovation in the industrial chain, strengthen the active role of downstream applications and upstream chemical fiber raw material companies in the innovation system, and develop high-quality, truly Fiber products that meet market demand
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