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Knittability of Basalt Fiber Weft-Knitted Fabrics for Composite Reinforcement based on Properties of Advanced Composite Materials

机译:基于先进复合材料性能的玄武岩纤维纬纱针织织物的可编织织物

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The knittability of basalt fiber yarn for knitted fabrics was estimated from two aspects. Firstly the effect of 3 kinds of head size of needle hook on the loop strength of basalt fiber yarn was analysis by the experimental data. Then the basalt fiber yarn was knitted into plain, 1×1 rib and all needle rib knitted fabrics in 5 different loop lengths in a flat knitting machine. The influence of loop length, fabric stitch and fiber fineness on the fiber damage degree were studied by means of the tensile strength of the yarn taken from the fabrics for all kinds of fabrics. The experimental results show that for these 3 kinds of basalt weft knitted fabrics there is a best loop length in which the fiber damage degree caused by the knitting process is the smallest and the value is different for each stitch.
机译:从两个方面估计针织织物的玄武岩纤维纱的可编织性。首先,通过实验数据分析了3种针钩对玄武岩纤维纱线的环强度的影响。然后将玄武岩纤维纱线针织成平原,1×1肋和所有针肋编织织物,在扁平针织机中的5个不同的环长。通过从织物的织物的抗拉强度对各种织物中取出的纱线的拉伸强度研究了环长,织物针迹和纤维细度对纤维损伤的影响。实验结果表明,对于这3种玄武岩纬纱针织织物,存在最佳环长度,其中由针织过程引起的纤维损伤程度最小,并且每个针脚的值不同。

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