Evaluating fabrics produced by blending hollow fibres and bamboo with cotton/polyester wastes using the Kawabata system
Abstract
Purpose
Wearing clothes requires specifications for feeling comfortable, derived from the fibres, fabrics and finishing properties. This study aims to deal with the effect of economic blends containing hollow fibres, bamboo and cotton/polyester waste on the mechanical properties of the produced fabrics and the appropriate end use.
Design/methodology/approach
This research included two blends: one consisted of cotton/polyester wastes blended with bamboo and the other to which Chorisia fibres were added. Two weft counts 10,6/1 Ne were made from each blend, which were used to produce four fabric samples (S1 Chorisia-free and S2 with Chorisia); additionally, another two samples were dyed that contain Chorisia (S3) from each count. The six samples were tested by Kawabata Evaluation System (KES).
Findings
The samples gave a good total hand value (THV) for use as men's winter suits, where the thicker count 6/1, with and without Chorisia had better properties, also both counts 6, 10/1 with dye. The hollow fibres affected the fabrics’ properties, including thickness, shear, bending, thermal conductivity and weight. Both blends had a positive effect on THV.
Research limitations/implications
Cotton/polyester waste, Chorisia and bamboo fibres were tested, and 2% Remazol Yellow GNL dye was used.
Practical implications
The ratio of blending, weft counts and dye affected the fabric’s properties, with consequences for the use of the Kawabata system and its applications.
Social implications
The fabrics used in this research may be considered to be economical and have good THV.
Originality/value
The study proved the usefulness of fabrics made of two blends. The Chorisia component may be seen as a good alternative to cotton fibres to reduce the cost of producing high-consumption winter suit fabrics.
Keywords
Acknowledgements
This paper is based upon work supported by Science, Technology and Innovation Funding Authority [STDF] under grant number 33377, Call 7, Demand-Driven Projects [STDF-DDP], Development and Innovation Grants.
Citation
El-Moursy, A.M., Abdel Mageid, Z.M., Abd El-Aziz, M.Y.I., Asser, N. and Hakeim, O. (2023), "Evaluating fabrics produced by blending hollow fibres and bamboo with cotton/polyester wastes using the Kawabata system", Research Journal of Textile and Apparel, Vol. ahead-of-print No. ahead-of-print. https://doi.org/10.1108/RJTA-01-2023-0005
Publisher
:Emerald Publishing Limited
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