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Page 69

Industrial Chemistry | ISSN: 2469-9764 | Volume 4

17

th

International Conference on

May 21-22, 2018 | New York, USA

Industrial Chemistry and Water Treatment

Ind Chem 2018, Volume 4

DOI: 10.4172/2469-9764-C1-009

Effect of different types of washes on the fabric strength of denim

Wazeer Hussain Solangi

1

, Hina Gul

1

and

Zulfiqar Ali Noonari

2

1

Misbah Institute of Fashion Design, Pakistan

2

Pak-Korea Garment Technology Institute, Pakistan

E

xperimental design (DOE) economically maximizes information; we deliberately change one or more process variables

(looms) in order to observe the effect, the changes have on one or more response fabric properties. In DOE, obtained data

can be analyzed to yield valid and objective conclusions. An experimental design is lying out of a detailed experimental plan

in advance and maximizes the amount of information that can be obtained for a given amount of experimental. Fabric of 36

inches having following weaves was used. 3/1 twill, warp cotton (10.5 den), weft Lycra (16 spandex * 70 den) Ends per inch

86, picks per inch 52 and washes process includes stone wash, rinse wash, bleaching and enzyme wash. Once the samples were

ready, they were subjected to tensile and tear strength tests, for these two kinds of samples were considered. One washed fabric

samples of warp direction type and other type of the samples was weft direction. Then five samples from each were considered

for tensile and teat strength tests separately then takes the mean value. The results found that the lowest strength damaged in

the weft direction observed by tensile strength test and enzyme wash. Maximum breaking load of the enzyme washed fabric

sample was 42 kg.

Wazeertextilian@hotmail.com