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Shang Y.-L.,Jiangsu Changzhou Textile Garment Institute | Xu L.-Y.,Jiangsu Changzhou Textile Garment Institute
Wool Textile Journal | Year: 2011

This article will argue that the damage of electromagnetic pollution which is produced by the modern life household appliances and electrical equipment to human health, the features of wool/ radiation-proof stainless steel wire core-spun thin tweed fine, comparing with similar technology specification of fabrics and the permutation percentage of wool stainless steel wire core-spun, and then producing a sample fabric to check its shielding effectiveness. Thus, is chooses the right fabric weave and also selects the different arrangement ratio of the basic yarn and radiation-proof wool stainless steel wire core-spun yarn, and then creats the sample fabric in order to check is shielding effectiveness which is based on the similar technology specification and waves of fabrics. Finally, inventing radiation-proof stainless steel wire core-spun thin tweed. This paper looks more closely at the production process, weaving and finishing process and production process control technology of this tweed yarn.


Shang Y.-L.,Jiangsu Changzhou Textile Garment Institute | Wang M.-F.,Jiangsu Changzhou Textile Garment Institute | Gao J.-J.,Jiangsu Changzhou Textile Garment Institute
Wool Textile Journal | Year: 2013

This paper describes the 14. 3 tex × 2 gross copper ammonia fiber blended yarn which is made of 70% Australian wool whose spinning counts is 70 mixed with 30% whose linear density is 3D copper ammonia fiber, and then these blended yarns are dyed in the popular series of 2012/2013 ice cream' color through package dyeing process. Based on the conjecture of fashion trend of the wool textile market, afterwards designing a different color cycle and product specifications of fabric density, after that, using automatic rapier sample mechanism to produce fabric sample, and then sorting out the sample to finish the sample meets the process requirements of mass production. Through the subjective and objective evaluation of fabric style, it determined the suitable types of clothing production made by wool copper ammonia fiber blended tweed and difficulty degree of processing.

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