Consumers use their sense of touch instinctively to evaluate a garment's quality and faculty for specific use. The roughness of textiles is an important parameter for customers' choice of garments. This work focused on surface roughness of woven fabrics. A Textile Surface Tester (TST) was used in this study. For surface height variation (SHV) characterization, the standard roughness parameters described in the ISO 4287 was frequently used. During this analysis, we examined the effect of different parameters of manufacturing and finishing samples on the variation in surface roughness. It was found that the fabric type had an important effect on surface roughness as well as the weft count of woven samples, while chemicals treatments, as coating with different commercial products via ink-jet printing and drying processes, did not affect this parameter.
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1 May 2013
Research Article|
May 01 2013
Surface Roughness Evaluation of Treated Woven Fabric by Using a Textile Surface Tester
ROMDHANI Zouhaier;
ROMDHANI Zouhaier
Laboratory of Polymers - Biopolymers and Organics Materials, Faculty of Sciences of Monastir - University of Monastir, Tunisia, Romdhanizouhaier@gmail.com
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HAMDAOUI Mohamed;
HAMDAOUI Mohamed
L.E.S.T.E., E.N.I.M. - University of Monastir - Tunisia
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BAFFOUN Ayda;
BAFFOUN Ayda
L.E.S.T.E., E.N.I.M. - University of Monastir - Tunisia
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MAATOUG Najeh;
MAATOUG Najeh
Textile Research Unit, ISET of Ksar Hellal, Tunisia
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ROUDESLI Sadok
ROUDESLI Sadok
Laboratory of Polymers - Biopolymers and Organics Materials, Faculty of Sciences of Monastir - University of Monastir, Tunisia
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Publisher: Emerald Publishing
Online ISSN: 2515-8090
Print ISSN: 1560-6074
© 2013 Emerald Group Publishing Limited
2013
licensed reuse rights only
Research Journal of Textile and Apparel (2013) 17 (2): 51–60.
Citation
Zouhaier R, Mohamed H, Ayda B, Najeh M, Sadok R (2013), "Surface Roughness Evaluation of Treated Woven Fabric by Using a Textile Surface Tester". Research Journal of Textile and Apparel, Vol. 17 No. 2 pp. 51–60, doi: https://doi.org/10.1108/RJTA-17-02-2013-B008
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