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JC 3.7 tex集聚纱的质量控制实践

薛景庆 刘小龙 张守刚 杜俊萍 许娟 宋琳琳 张强

棉纺织技术2026,Vol.54Issue(8):53-57,5.
棉纺织技术2026,Vol.54Issue(8):53-57,5.DOI:10.26967/j.issn1000-7415.202504007

JC 3.7 tex集聚纱的质量控制实践

Quality control practice of JC 3.7 tex compact yarn

薛景庆 1刘小龙 1张守刚 1杜俊萍 1许娟 1宋琳琳 1张强1

作者信息

  • 1. 鲁泰纺织股份有限公司,山东 淄博,255100
  • 折叠

摘要

Abstract

According to problems in spinning JC 3.7 tex superfine yarn,including less fiber,lower strength and higher end breakage,the process optimization was discussed systematically.JC 3.7 tex compact yarn was used as research object,through theoretical analysis combined with production practice,the solution was built from aspects of raw cotton selection(Micronaire value,length,breaking tenacity),optimization of the entire spinning process(cotton cleaning short process,carding lower speed&stronger carding,gauge optimization in drawing frame)and double combing process application,yarn quality of different cotton-assorting cases and process parameter were contrasted.The research indicated when optimized cotton with Micronaire value of 3.5~3.9,length above 36 mm and breaking tenacity not less 4.3 cN/dtex,cooperating with"more loosing less beating"in picking process,lower carding speed(cylinder speed 360 r/min)and double combing process,the yarn quality could be improved obviously.Comparing to regular cotton assorting and single combing process,the optimized case could reduce yarn evenness CV by 1.4 percentage points,the thin places by 43.5%,the thick places by 55.3%and the neps by 59.5%,while single yarn strength could be increased 7.2%.It is considered that the scientific raw cotton assorting and refined process configuration of"protecting fiber,reducing damage and removing impurity deeply"are the key of achieving superfine yarn large-scale and stable production.

关键词

特细号纱/原棉指标/双精梳工艺/短绒率/卷装容量

Key words

superfine yarn/raw cotton index/double combing process/short fiber content/package capacity

分类

轻工纺织

引用本文复制引用

薛景庆,刘小龙,张守刚,杜俊萍,许娟,宋琳琳,张强..JC 3.7 tex集聚纱的质量控制实践[J].棉纺织技术,2026,54(8):53-57,5.

棉纺织技术

1000-7415

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