Author
Listed:
- Anucha Hope Ogechukwu
(Home Economics Department, Federal College of Education, Kano, Nigeria)
- Yahaya Hadiza T
(Home Economics Department, Federal College of Education, Kano, Nigeria)
- Shock Lucy P
(Home and Rural Economics Department, Plateau State College of Agriculture Garkawa Plateau State, Nigeria)
Abstract
Yarn specification and yarn count refers to the number of plies or threads count in both the warp and weft per one centimetre square (cm2) in a woven fabric. It determines the heaviness, lightness and the texture of a woven fabric which invariably affects the drapability of the fabric. The purpose of this study was to ascertain through laboratory tests, the adverse cause, acceptability and the low patronage to the use of the akwete fabrics in Nigeria; and the impact of yarn specification, count, fabric thickness as the properties of the fabric. The experiment was carryout using samples of 100% Nigerian cotton wax and an akwete woven fabrics, each placed as the control and experimental products respectively, with the aid of the following instruments and equipment: cusik drape tester, drape meter Essdiel thickness gauge, empty tin (improvised apparatus), standard counting glass, and a thermometer in a textile design laboratory at Ahmadu Bello University Zaria, Kaduna State, Nigeria. The findings of the study revealed that yarn count and fabric thickness had significant effect on the weight and drapability to the akwete woven fabric. In view of the findings, the study recommended that for the akwete woven fabric to be light in weight and comfortable to the wearer, the yarn count must be reduced to gain a less fabric thickness and rayon yarns should be used while weaving instead of cotton yarns to improve the texture and the appearance of the fabric.
Suggested Citation
Anucha Hope Ogechukwu & Yahaya Hadiza T & Shock Lucy P, 2021.
"Effects of Yarn Specification and Yarn Count on the Weight and Drapability of “Akwete†an Ibo Traditional Fabric in Nigeria,"
International Journal of Research and Scientific Innovation, International Journal of Research and Scientific Innovation (IJRSI), vol. 8(7), pages 28-34, July.
Handle:
RePEc:bjc:journl:v:8:y:2022:i:7:p:28-34
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