Effects of using interlinings on physical and mechanical properties of wind stoppers

Abstract

Purpose

The paper aims to study changes in physical and mechanical properties of wind stoppers after fusing process.

Design/methodology/approach

Effect of fusing process on physical, mechanical properties of windproof fabrics for two types of windproof fabrics and four interlinings were studied. Properties including air permeability, drape, flexural rigidity, water vapor permeability, thickness, crease recovery and water repellency have been investigated.

Findings

It was found that fusing process and using interlining, improves flexural rigidity, crease recovery, drape and increases air permeability and water vapor permeability of the final assembly where as it has no effect on water repellency property of windproof fabric.

Originality/value

Wind stoppers are kinds of windproof and in some cases waterproof fabrics that have breathability property. They stop air penetrating fabric while letting water vapor pass through. One of the problems associated with garments made of these kinds of fabrics is lack of attractive appearance when worn. One solution to this problem is to fuse windproof fabrics with interlinings to increase flexural rigidity, drape, formability and serviceability or functionality. This study investigates effect of fusing process on main physical and mechanical properties of windproof fabric which may influence their performance besides aesthetic aspect.

Citation

Farzandi, M., Razipour, S., Mousazadegan, F. and Saharkhiz, S. (2013), "Effects of using interlinings on physical and mechanical properties of wind stoppers", International Journal of Clothing Science and Technology, Vol. 25 No. 2, pp. 99-108. https://doi.org/10.1108/09556221311298592