Author(s)

Samia B. Hassan^1*, Mohamed A. Saad²

¹Department of Home Economic, Faculty of Science & ART, Al-Baha University, Bulgurashy, KSA.
²Department of Textile Industries Research, Textile Research and Technology Institute, National Research Centre, Dokki, Giza, Egypt.

This article has been directed to Environment Protection Technology with the purpose of providing a new instrument designed and developed to measure filtration efficiency through the relationship between clean cloth fabric structural parameters, dust parameters, and test measuring variables. Fabric samples used throughout the present study were woven cotton 100%, polyester 100% and cotton/polyester 50/50%. The warp count: 30/2 for all fabric samples, the weft count is 9/1; 12/1; and 20/1. The weave of satin, basket, and twill is 3/1 with four different picks/cm to produce the fabrics with the same cover factor. For dust separation fabrics range in weight from “300 - 450 g/m²” with an air permeability of “100 - 300 l/d m²·min” at “196.2 Pa” (20 mm WG) as specified in DIN 53887. Air permeability through fabrics depends entirely on the sieving percent of the surface of the fabric, which is partly the pores and partly the permeability through the yarns, which are the basic elements of a fabric. The results showed that dust capturing depends entirely on air permeability, which is related to fabric weave structure and fabric material at specified testing and measuring variables.

Dust Retention, Permeability, Fabric Structure, Yarn

Hassan, S. and Saad, M. (2023) The Influence of Fabric Structural Parameters on Dust Retention Using a Simple, Newly Constructed Device. Journal of Textile Science and Technology, 9, 101-114. doi: 10.4236/jtst.2023.91007.