Investigation of Different Washing Effects on Physical and Mechanical Properties of Cotton Knitted Garments

Solaiman,; Rouf, Abdur; Rasel, Shamsuzzaman; Khalil, Elias

doi:10.4236/jtst.2015.13011

Cited by 16 publications

(7 citation statements)

References 3 publications

(3 reference statements)

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“…The results showed that when enzyme wash was applied on the knit garments, it improved all the tested properties of knit garments, and it also reduced the hairy fibers from the fabric surface. Similar results were found in case of Silicone and softener wash as well [29].…”

Section: Introductionsupporting

confidence: 86%

Investigation on Effect of Acid Wash with Thermocol Ball on Physical Properties of Knitted Garments

Khalil¹,

Rana²,

Faria³

et al. 2016

JTST

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Washing is considered as the final process of garments finishing. Acid washing is one kind of finishing treatment used for making sewn garments aesthetic, fashionable, soft, comfortable and also adding value to the final garments. This paper investigates the effect of the acid washing (with thermocol balls and potassium permanganate) on different physical properties of three knitted garments (Single Jersey 100% Cotton T-shirt, Single Jersey 95% Cotton 5% Spandex T-Shirt and 1 × 1 Rib100% Cotton T-Shirt). Typical washing procedures and techniques were followed and then physical properties were analyzed under standard condition. It is observed that fabric weight, CPI, WPI, spirality and shrinkage increase while bursting strength, stitch length absorbency decrease after washing treatment. pH of all the samples is under controlled and lies between 7 to 8. There is no change in pilling, colorfastness to wash, water and dry rubbing while a little bit decrease in wet rubbing.

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Section: Introductionsupporting

confidence: 86%

Investigation on Effect of Acid Wash with Thermocol Ball on Physical Properties of Knitted Garments

Khalil¹,

Rana²,

Faria³

et al. 2016

JTST

Self Cite

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“…Modern engineering demands for avant-garde materials along with astute designs [1]. Washing of garments, more specifically denim products, has become increasingly popular due to its modifying outlook and appearance [2][3][4]. Conducting such a process requires huge amount of water and chemical which significantly pollutes the environment [5][6][7][8].…”

Section: Introductionmentioning

confidence: 99%

Impact of Laser Intensities at Various DPI and Pixel Time on the Properties of Denim Garments

Shamsuzzaman

Awal

Das

2021

ARMS

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This paper investigates the changes in the properties of denim garments with respect to laser intensities of different DPI and Pixel Time. The laser added value to denim garments can fade the outer surface and the yarn portion significantly. In this research, DPI 20 and 25 along with Pixel Time 100, 150 and 200 were applied on samples to investigate the fabric weight, absorbency, crease recovery, tear resistance, tensile strength, pilling and abrasion resistance. For each of the cases, increased DPI and Pixel Time had much greater impact than other parameters on the denim garment samples. After treatment, the fabric sample indicated around 10-30% in weight reduction. The absorbency property of the sample on the other hand showed that higher DPI and Pixel Time required less time to absorb the water on the fabric surface. Furthermore, fabric crease recovery property reduced sharply where maximum 33% crease could not recover after laser exposure. For both tear resistance and tensile strength, especially warp way direction, property reduced more compared to weft way direction due to higher fading effects. After 12,000 cycles, both pilling and abrasion resistance property demonstrated significant reduction for higher laser intensities.

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“…The loss of burst strength about 10% is considered acceptable. [18]. So, the loss of burst resistance of single jersey and interlock is acceptable.…”

Section: Effects Of Enzymatic Treatment On Burst Resistancementioning

confidence: 99%

Influence of cellulase enzyme on some properties of knitted children's wear

Hassan¹,

Zaghlol²

2019

International Design Journal

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Cellulase enzyme Reactive dyes Cotton Knitted fabrics Children's wear Interlock Single jerseyThis paper studied the influence of cellulase enzyme on some physical and mechanical properties of two kinds of cotton knitted children's wear (single jersey 100% cotton T-shirt, interlock 100% cotton T-shirt). Samples of garments were dyed with reactive dyes, then treated with acid cellulase enzyme according to standard conditions. Some physical and mechanical properties were measured, then compared these properties before and after cellulase treatments. Cellulase enzyme treatment improve some mechanical properties of cotton knitted wear such as pilling resistance and water absorbency. Cellulase enzyme treatment decrease some properties of cotton knitted wear in acceptable rate such as fabric weight, fabric thickness, fabric burst resistance, and seam tensile strength of T-shirt side seam. The influence of cellulase enzyme treatment on the most physical and mechanical properties of interlock 100% cotton children's T-shirt is better than its influence on the same properties of single jersey 100% cotton children's T-shirt.

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Investigation of Different Washing Effects on Physical and Mechanical Properties of Cotton Knitted Garments

Cited by 16 publications

References 3 publications

Investigation on Effect of Acid Wash with Thermocol Ball on Physical Properties of Knitted Garments

Investigation on Effect of Acid Wash with Thermocol Ball on Physical Properties of Knitted Garments

Impact of Laser Intensities at Various DPI and Pixel Time on the Properties of Denim Garments

Influence of cellulase enzyme on some properties of knitted children's wear

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