高模數纖維緯向夾入經編織物織造之研究

A Study on Fabrication of Weft-Insert Warp Knitted Fabrics with High Modulus Fibers

姚興川(Shin-Chan Yao) ； 邱長塤(Chang-Chuan Chu) ； 胡良金(Liang-Jin Hwu)

《華岡工程學報》 3期 (1986/06) Pp. 87-101

https://doi.org/10.29987/CCUHKJE.198606.0004

摘要

本文旨在探討高模數纖維(high modulus fibers)緯向夾入經編織物（weft-insert warp knit fabrics；以下簡稱WIWK識物）的織造技術和針織元件(knitting elements)對高模數織維織造時的影響。由實驗結果顯示：Kevlar 49纖維較易於織造，玻璃纖維次之，碳素纖維的織造最困難。導桿(guide bars)對高模數纖維的損傷率最大，圓筒型導針可減少對纖維的損傷率60%以上。

並列摘要

This paper is aimed to study the fabrication of weft-insert warp knitted fabrics (WIWK fabrics) with high modulus filers, and the effect of knitting elements to fabricating of WIWK fabrics with high modulus fibers. The experimental results showed that apart from glass fiber, Kevlar 49 was the easiest fiber to be fabricated, while the carbon fiber was the most difficult one. The rate of damage of guide bars to high modulus fibers was large. It should be decreased the rate of damage over 60% if the cylinder guide bars were used.