Crease-Recovery and Tensile-Strength Properties of Unmodified and Modified Cotton Cellulose Treated with Crosslinking Agents

Shet, R.T.; Yabani, A. M.

doi:10.1177/004051758105101110

Cited by 15 publications

(6 citation statements)

References 7 publications

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“…The performance of easy care finishes can be assessed by the British Standards crease recovery angle test method and should provide a sensitive indicator of fibre cross-linking and associated crease resist finish concentration on the fibre (Weilin and Shyr 2000;Grant et al 1966;Hassenboflfr et al 1971;Murphy et al 1968;Shet and Yabani 1981;Chen and Chen 2001;Hashem et al 2003). Other wet chemical methods that have been proposed to monitor the fibre bulk easy care finish concentration are based on Kjedahl analysis of nitrogen content (Ibrahim et al 2008;Soignet et al 1976), titrimetry (Xu and Shyr 2001) and Leuco HCN Analysis (Hashem et al 2003).…”

Section: Introductionmentioning

confidence: 99%

Surface and bulk chemical analysis of the durability of an easy care finish on cotton

et al. 2012

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The wash durability of the easy care finish Dimethylol Dihydroxyethylene Urea (DMDHEU) on cotton fabric under ISO 105 CO6 and CO9 test conditions and extended domestic laundering conditions was investigated by surface and bulk sensitive techniques, in particular X-ray photoelectron spectroscopy, elemental analysis and crease recovery angle performance. The presence of the finish was detected at the fibre surface through the N (1 s) photoelectron signal and saturation of the fibre surface with finish was demonstrated. The stability of the DMDHEU to ISO 105 CO6 and ISO 105 CO9 washing and domestic laundering was investigated and the durability of the DMDHEU finish on cotton demonstrated. The type of cross-linking between the DMDHEU and the cellulosic polymer chains was studied and related to the crease recovery performance. The implications for recycling of the treated fibre via fibre regeneration are discussed.

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Section: Introductionmentioning

confidence: 99%

Surface and bulk chemical analysis of the durability of an easy care finish on cotton

et al. 2012

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“…Tensile strength: When warp direction tensile strength is examined, the difference of C1 and C2 result is pretty close to each other, extension also almost same for both of recipes. Crease recovery finish application due to crosslinking agent decreases the tensile strength 11 results when comparing with untreated fabric samples. Tensile strength results in warp direction are decreased nearly 51% for C1 recipe, 53% for C2 recipe.…”

Section: Resultsmentioning

confidence: 94%

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2018

JTEFT

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“…The tensile strength test of esterified polyester/cotton blend fabric before and after treatment was done according to the ASTM D5034-textile grab method test using Tensolab 100. When the specimen broke, the braking force and elongation were noted [26,27].…”

Section: Tensile Strength Measurementmentioning

confidence: 99%

One-bath one-dye class dyeing of polyester/cotton blend fabric with disperse dye after esterification of cotton fabric

et al. 2022

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Most often, reactive and disperse dyes are utilized separately in two- bath two-step dyeing method to dye polyester-cotton blend fabric. The cost of this conventional dyeing method is very expensive; energy and chemical usage is also quite higher in addition to this, the dyeing cycle is complex as compared to one-bath two-step dyeing methods or single-bath single-step dyeing methods. The single-bath single-step dyeing procedure with a single type of dye class was studied in this research. Following surface treatment of cotton through esterification procedures, polyester-cotton blend fabric dyed in single-bath single-step dyeing processes with disperse dye was examined. The association between time and the percentage of esterification was investigated at room temperature. Varying dye concentrations and dyeing temperatures were utilized to dye surface-treated p/c blend fabric in an HTHP dyeing machine. The color strength of dyed material and their fastness properties and the Surface chemistry by using FTIR were evaluated. The influence of dye concentration and temperature on color strength was investigated. With a 15% esterifying agent concentration and a reaction period of 2.5 h, the optimum value for surface modification was obtained, yielding a percent esterification of 34.95. The optimal value was attained with a dye concentration above 1% at a temperature of 120 °C, according to the dyeing experiment results. The findings of this study revealed that when compared to conventional two-bath dyed fabric, one-step one-bath dyed modified polyester/cotton blend with Disperse dye fabric has good wash fastness, and color strength, and is environmentally friendly.

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Crease-Recovery and Tensile-Strength Properties of Unmodified and Modified Cotton Cellulose Treated with Crosslinking Agents

Cited by 15 publications

References 7 publications

Surface and bulk chemical analysis of the durability of an easy care finish on cotton

Surface and bulk chemical analysis of the durability of an easy care finish on cotton

Untitled

One-bath one-dye class dyeing of polyester/cotton blend fabric with disperse dye after esterification of cotton fabric

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