Errandi silk has a potential of emerging as â€œA silk of the new millenniumâ€. The experimental finding provides information on physical properties as well as subjective evaluations of Errandi silk -Acrylic union fabrics with twill and herringbone weave. The count and diameter of errandi silk fibre were higher than acrylic fibre and in case of woven fabrics, herringbone weave were found to have maximum value in cloth covers, weight and thickness. A comparative subjective evaluation was done based on fabric quality by the panel of 100 respondents. 100 per cent respondent opined that all the woven samples have good appearance, soft in hand and smooth in texture. It was observed that cent percent of respondents found errandi-acrylic blended union fabrics with twill and herringbone weaves were high in lustre. The costs of blended yarns and the cost of union fabrics of different proportion were got reduced in comparison to that of 100 per cent errandi-silk yarn (Rs.3000.00/kg) and controlled errandi silk fabrics (Rs.985.00/mt.). Based on the aesthetic properties such as handle, appearance, texture and lustre and considering the cost of twill and herringbone errandi-acrylic fabrics were suitable for production of fashionable wear. ThusÂ¸ the newly designed Errandi silk with Acrylic union fabrics are unique, a new venture for the textile industry and Ericulturists.
Acrylic, Entrepreneur, Errandi silk, Twill structured, Union fabrics
Behera, Militky, Mishra and Kremenakova (2012). Modeling of Woven Fabrics Geometry and Properties, Woven Fabrics, Prof. Han-Yong Jeon (Ed.), ISBN: 978-953-51-0607-4, InTech, Available from: http://www.intechopen.com/books/woven-fabrics/modeling-of-woven-fabrics-geometry-and-properties.
Booth, J. E. (1968). Principle of Textile Testing. Third Edn., Newnes Butterword, London. pp. 353-354.
Chakraborty P. and Ghosh D.(2016).The importance of handloom in India.Retrieved from https://www.indianartloom.com/blogs/the-importance-of-handloom-in-india/104151239-the-importance-of-handloom-in-india.
Gupta, V. B., Rajkhowa, R. and Kothari, V. K. (2000). Physical characteristics and structure of Indian silk fibres. Indian Journal of Fibre & Textile Research, 25: 14-19.
NPTEL (2014). Importance of Fiber Fineness . (http://nptel.ac.in/courses/116102029/14).
Prakash, C., Ramakrishnan, G and Koushik, C. V. (2012). Effect of Blend ration on quality characteristics of Bamboo/Cotton blended ring spun yarn. Journal of Science and technology, 7(1):34-36.
Rieter (2018). Fiber count. Retrieved fromhttps://www.rieter.com/cn/rikipedia/articles/rotor-spinning/applications-engineering/fiber-properties/fiber-count/.
Rocco Furferi1 and Maurizio Gelli (2010). Yarn Strength Prediction: A Practical Model Based on Artificial Neural Networks .Hindawi Publishing Corporation Advances in Mechanical Engineerin, 6(3): 11.
Somashekar, T. H. (2003). Recent advances in eri silk spinning, weaving and future properties. Indian Silk, 41(12): 49-52.
Textile School (2018).Acrylic the artificial wool fibers. (https://www.textileschool.com â€º Fiber).
Vyshnavi V. P. and Nair S. Suja (2017). Handloom sector in India: a literature review of government report. International Research Journal of Management and Vommerce, 4(8):418-438.
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