Purpose

The paper aims to study cut resistant property of basic weft plain-knitted fabric for protective clothing.

Design/methodology/approach

Effects of fiber materials, fabric direction and knitting technology (sinking-depth) were explored, respectively. Cut process of fabric was tracked and the theoretical analysis was provided to evaluate energy transferring of cutting. Fiber-based cut behavior was observed by SEM images. Deformation energy stored in the loop due to yarn bending was regard as initial elastic potential energy of the fabric, which was related to loop structure.

Findings

Cut resistance of the fiber material was the dominant factor for cut resistance of weft plain-knitted fabric, while unit loop structure played a critical role in improving cut resistance.

Social implications

Cut resistance of the fiber material was the dominant factor for cut resistance of weft plain-knitted fabric, while the unit loop structure played a critical role in improving cut resistance.

Originality/value

The paper provides theoretical support of developing flexible protective clothing.

中文翻译：

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防护服纬平针织结构的抗割性能

目的

本文旨在研究防护服用基本纬纱平纹针织物的抗割性能。

设计/方法/方法

分别探讨了纤维材料，织物方向和编织技术（下沉深度）的影响。跟踪了织物的切割过程，并提供了理论分析以评估切割的能量传递。通过SEM图像观察了基于纤维的切割行为。由于纱线弯曲而在线圈中存储的变形能量被认为是织物的初始弹性势能，这与线圈结构有关。

发现

纤维材料的抗切割性是纬编平纹针织物抗切割性的主要因素，而单元环结构在提高抗切割性中起着关键作用。

社会影响

纤维材料的抗切割性是纬编平纹针织物抗切割性的主要因素，而单元环结构在提高抗切割性中起着关键作用。

创意/价值

本文为开发柔性防护服提供了理论支持。