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首页> 外文会议>International Conference on Textile Engineering and Materials >Study on the Acid Resistant properties of Bio-based Nylon 56 Fiber Compared with the Fiber of Nylon 6 and Nylon 66
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Study on the Acid Resistant properties of Bio-based Nylon 56 Fiber Compared with the Fiber of Nylon 6 and Nylon 66

机译：与尼龙6和尼龙纤维相比，生物基尼龙56纤维耐酸性能研究66

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The new kind of bio-based nylon 56 fiber has been synthesized by adipic acid and 1,5-pentanediamine, which was prepared by fermenting a variety of starch in straw. The resistance of the nylon 56 fiber to acid need to be studied because the problem of nylon fabrics often encounter reactions of chemical reagents in their processing, finishing and dressing. The factors of acid concentration, temperature and time affect the mechnical behavior of the fibers of nylon 56 ,nylon6 and nylon 66. Strength of all three nylon fibers have obvious decrease if treated in acetic acid concentration of 10 g/L, while have a straight line down if treated in acetic acid concentration of 100 g/L as time increases until to a half falling down at 120 minutes. Bio-based nylon 56 fibers treated in acetic acid concentration of 100 g/L for 30 minutes have a sharp reduction and almost lost its function at 50 minutes.
机译：通过己二酸和1,5-戊二胺合成了新的生物基尼龙56纤维，这是通过在秸秆中发酵各种淀粉来制备的。需要研究尼龙56纤维对酸的抗性，因为尼龙织物的问题经常在其加工，整理和敷料中遇到化学试剂的反应。酸浓度，温度和时间的因素影响尼龙56，尼龙6和尼龙66的纤维的机电行为。如果以乙酸浓度为10g / L处理，所有三根尼龙纤维的强度都具有明显的降低，而具有直线如果以乙酸浓度为100g / L的乙酸浓度为100g / l，则在120分钟下落下的一半。基于生物的尼龙56纤维在乙酸浓度为100g / L的30分钟内具有急剧的减少，并且在50分钟内几乎损失其功能。

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