Cotton: Science and TechnologyS. Gordon, Y L Hsieh Despite the increased variety of manufactured fibres available to the textile industry, demand for cotton remains high because of its suitability on the basis of price, quality and comfort across a wide range of textile products. Cotton producing nations are also embracing sustainable production practices to meet growing consumer demand for sustainable resource production. This important book provides a comprehensive analysis of the key scientific and technological advances that ensure the quality of cotton is maintained from the field to fabric.The first part of the book discusses the fundamental chemical and physical structure of cotton and its various properties. Advice is offered on measuring and ensuring the quality of cotton fibre. Building on these basics, Part two analyses various means for producing cotton such as genetic modification and organic production. Chapters focus on spinning, knitting and weaving technologies as well as techniques in dyeing. The final section of the book concludes with chapters concerned with practical aspects within the industry such as health and safety issues and recycling methods for used cotton.Written by an array of international experts within the field, Cotton: science and technology is an essential reference for all those concerned with the manufacture and quality control of cotton. - Summarises key scientific and technological issues in ensuring cotton quality - Discusses the fundamental chemical and physical structure of cotton - Individual chapters focus on spinning, knitting and weaving technologies |
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AATCC abrasion agricultural ASTM average bale beater blending bonding cell wall cellulose chemical China mainland circular knitting cleaning colour colourfastness combing consumption conventional cotton cost cotton fibers crop crystalline cylinder drafting effects elongation environmental fiber development fiber quality fibre length fibre mass flat knitting friction genes genetic guide bar harvesting Hearle hirsutum Hsieh important increase insect knitted fabrics knitting machine linear density lint cleaners loop lyocell manufacturing maturity measured mechanical Micronaire million tons needle bed neps nonwovens organic cotton organic cotton production organic production Organic Trade Association pesticide plant properties reactive dyes recycling reduce resistance roller secondary wall seed cotton single fiber sliver speed spinning standards stitch strength structure surface temperature tensile tension test methods Tester Textile Res transgenic trash tufts twist Uster values warp warp knitting weaving weft knitting world cotton yarn