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Textile Recycling Practices Corners More Than Expected

Posted on:2016-06-06Degree:MasterType:Thesis
Country:ChinaCandidate:Y HuangFull Text:PDF
GTID:2191330470977324Subject:Industrial design engineering
Abstract/Summary:PDF Full Text Request
Recycling of waste materials to textile techniques for the study, literature review, investigation, comparative analysis, induction, practice and other research methods to analyze the status quo of waste material recycling textile techniques, recognizing the potential value of recycling waste, recycling research approach, summarized the principles and practices of waste material recycling corresponding adaptive, summary abandoned textile material recycling practices. Studies have shown that:the main source of waste materials, including scrap three defects waste, cutting waste, and processing. Different properties of these materials, there are rules and morphological characteristics of irregular points. Such materials are excellent materials, low cost, material characteristics significantly, process maturity. To achieve greater utilization of waste materials, enhance the value of raw materials, the purpose for the use of textile recycling of waste materials should comply with the comfort, the four principles of aesthetic, artistic, marketability. Recycling can be divided into addition, subtraction, deformation, texture method, comprehensive method and other techniques. Through various means of adaptive analysis found that in addition to splicing techniques, for example, small size corner more than material suitable for sewing superposition, large size for the split seam, various sizes of fabric material without limit; subtraction in the hollowed out technique, for example, large size leather is hard corner more than expected the most suitable; deformation texture method of fold and practices, for example, the same soft edge angle more than expected the most suitable, in the corner of the bar more than material suitable for pleated lace, flaky and corner of the larger size of more than material suitable for regular or irregular folds.
Keywords/Search Tags:textile, side angle residual material recycling, recycling practices, adaptability
PDF Full Text Request
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