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Evaluation of fiber, yarn, and woven fabric properties of naturally colored and white Turkish organic cotton

Evaluation of fiber, yarn, and woven fabric properties of naturally colored and white Turkish... AbstractWhite and naturally colored organic cotton fiber usage and its production as textile end-products have been one of the new considerable efforts to reduce the waste generated during wet textile processing stages. This paper has focused on evaluation of the mechanical and air permeability properties of plain, twill and ribs fabrics made of unique white and naturally colored Turkish organic cotton types. Statistical evaluation of yarn and fabric properties was conducted using ANOVA statistical approach. According to statistical test results of two-factor ANOVA, cotton type and fabric weave structure parameters were generally significant factors on some mechanical and air permeability properties of fabric samples made of white and naturally colored cotton at significance level of 0.05. As a general result, white and naturally colored organic Turkish cotton utilized textile fabrics have given satisfying mechanical and air permeability property levels which reveal that those samples may be used for apparel garments. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Journal of the Textile Institute Taylor & Francis

Evaluation of fiber, yarn, and woven fabric properties of naturally colored and white Turkish organic cotton

Evaluation of fiber, yarn, and woven fabric properties of naturally colored and white Turkish organic cotton

Journal of the Textile Institute , Volume 111 (10): 18 – Oct 2, 2020

Abstract

AbstractWhite and naturally colored organic cotton fiber usage and its production as textile end-products have been one of the new considerable efforts to reduce the waste generated during wet textile processing stages. This paper has focused on evaluation of the mechanical and air permeability properties of plain, twill and ribs fabrics made of unique white and naturally colored Turkish organic cotton types. Statistical evaluation of yarn and fabric properties was conducted using ANOVA statistical approach. According to statistical test results of two-factor ANOVA, cotton type and fabric weave structure parameters were generally significant factors on some mechanical and air permeability properties of fabric samples made of white and naturally colored cotton at significance level of 0.05. As a general result, white and naturally colored organic Turkish cotton utilized textile fabrics have given satisfying mechanical and air permeability property levels which reveal that those samples may be used for apparel garments.

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References (29)

Publisher
Taylor & Francis
Copyright
© 2019 The Textile Institute
ISSN
1754-2340
eISSN
0040-5000
DOI
10.1080/00405000.2019.1702611
Publisher site
See Article on Publisher Site

Abstract

AbstractWhite and naturally colored organic cotton fiber usage and its production as textile end-products have been one of the new considerable efforts to reduce the waste generated during wet textile processing stages. This paper has focused on evaluation of the mechanical and air permeability properties of plain, twill and ribs fabrics made of unique white and naturally colored Turkish organic cotton types. Statistical evaluation of yarn and fabric properties was conducted using ANOVA statistical approach. According to statistical test results of two-factor ANOVA, cotton type and fabric weave structure parameters were generally significant factors on some mechanical and air permeability properties of fabric samples made of white and naturally colored cotton at significance level of 0.05. As a general result, white and naturally colored organic Turkish cotton utilized textile fabrics have given satisfying mechanical and air permeability property levels which reveal that those samples may be used for apparel garments.

Journal

Journal of the Textile InstituteTaylor & Francis

Published: Oct 2, 2020

Keywords: Organic cotton; naturally colored cotton; stiffness; bending rigidity; crease recovery; air permeability

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