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首页> 外文会议>Beltwide Cotton Conference >EFFECT OF BINDER FIBERS ON THE PROCESSING AND PROPERTIESOF THERMAL BONDED COTTON-BASED NONWOVENS
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EFFECT OF BINDER FIBERS ON THE PROCESSING AND PROPERTIESOF THERMAL BONDED COTTON-BASED NONWOVENS

机译：粘合纤维对热粘结棉质非织造织物加工及性能的影响

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摘要

Over the past few years, research has been done at the University of Tennessee, Knoxville to produce and evaluate nonwovenproducts containing cotton with different binder fibers. Using a thermoplastic binder fiber is the best route to produce qualitynonwovens using the most convenient and simple method of bonding, i.e., thermal calendering. The challenge is to find theright binder fiber that is biodegradable and works better with cotton. Several combinations of cotton and biodegradablethermoplastic fibers, traditionally available and new varieties, are being investigated. Whereas some of the newerpolymers/fibers show a great deal of promise, having the right type fiber, and in right combination is important in achievingthe desired properties. The production of nonwovens by the thermal bonding process from such compositions, and thestructure and properties of the resulting products will be discussed.
机译：在过去几年中，研究已经在田纳西大学，诺克斯维尔大学进行，生产和评估含有不同粘合剂纤维的棉花的非织造产品。使用热塑性粘合剂纤维是使用最方便和最简单的粘合方法生产质量的最佳途径，即热压延。挑战是寻找可生物降解的玻璃纤维，并用棉花更好地工作。正在研究棉花和生物降解纤维，传统上可用和新品种的几种组合。然而，一些新的较新的聚合物/纤维显示出具有右型纤维的大量承诺，并且在右组合中对于实现所需的性质是重要的。将讨论来自这种组合物的热粘合法的非织造织物，并讨论所得产物的缩小和性质。

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