期刊
MATERIALS RESEARCH INNOVATIONS
卷 19, 期 -, 页码 85-88出版社
MANEY PUBLISHING
DOI: 10.1179/1432891715Z.0000000001454
关键词
Heat shrinkage rate; Adhesive interlining; Garment materials; Garment accessories; Applied technology
资金
- Textile Science and Engineering, key discipline of Fujian province, Ministry of education of Fujian [2012-136]
- Clothing design and engineering, teaching trial reform of universities in Fujian, Department of Finance and Ministry of education of Fujian [2012-41-130]
- Clothing design and engineering, the programme with distinctive features at the national level (the sixth batch), the Ministry of Education and the Ministry of Finance [2010-15]
- Hong Kong's advanced textile technology application and demonstration, Transformation and industrialization of scientific and technological achievements project, science and technology department of Fujian province [2011-0004]
- Science fund of Ministry of education of Liaoning province [W2013090]
In this study, the shrinkage rates of different fabrics were tested under different fusible interlining conditions as well as those for the same fabric fused to different interlinings. With overall comparison, all experimental conditions were fully paired up in numerous tests to identify the shrinkage rates of several common garment textures, respectively, at the three fusible temperatures of 130, 150 and 170 degrees C under varied fusible conditions with or without steam for 20, 40 and 60 seconds. As the same garment texture was fused to different fusible interlinings, the author tested the corresponding shrinkage rates. The shrinkage rates of these fabrics under varied fusible conditions were concluded with the shrinkage variation laws through data analysis.
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