Abstract
Abstract This paper focuses on the evaluation of thread interlacing and its influence on some of the end-use properties of woven fabric, especially its influence fabric thickness and roughness. Weaves and their interlacing structural models, different thread positions in the fabric, and thread compression in thread interlacing are important not only for final design but for final fabric properties. From the weave viewpoint, it is necessary to distinguish the specific interlacing in the longitudinal and in the transverse section as well as the dimension and design of the binding repeat.
Highlights
Mutual interlacing of two sets of threads creates woven fabric
The structure of the woven fabric is usually defined by the weave, the material of the yarn, thread density, and yarn count [4]
Measuring the roughness of woven fabric based on the Kawabata Evaluation System (KES)
Summary
The manner of the mutual interlacing of threads defines the final fabric structure and mechanical and end-use properties. The structure of the woven fabric is usually defined by the weave, the material of the yarn, thread density, and yarn count [4]. The final fabric structure determines some fabric properties, such as fabric thickness, area covering, rubbing (fastness), pilling, air-permeability, etc. Research work has been done focusing on the weave’s influence on the fabric thickness, air-permeability, area covering.
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