摘要
缆型纺纱技术是在环锭纺纱机前罗拉出口处有一个分割轮将其牵伸后的纤维须条分割成若干股纤维束,经过加捻形成新型结构的纱线。比较了8.8 tex和8.3 tex羊毛传统环锭纺纱线与缆型纺纱线的毛羽与耐磨性。试验结果表明,8.8 tex和8.3 tex羊毛缆型纺纱线的毛羽数少于传统环锭纺纱线的毛羽数,并且8.3 tex羊毛所形成纱线的毛羽数高于8.8 tex羊毛纱的毛羽数;缆型纱的耐磨次数高于传统纺纱线的耐磨次数,8.3 tex澳毛加工的缆型纱的耐磨次数高于8.8 tex澳毛缆型纱线的耐磨次数。
Solo spun technology is a new spinning method. A slipping roller in froht roller delivery place slips drafted fibers into small strands for solo spun, new structure yarn is formed by twisting. The hairiness and anti-wear of wool yarn of solo spun and traditional frame spinning were compared. Experimental results showed that hairiness of yarns of 8. 8 tex wool and 8. 3 tex wool from solo spun were fewer than that of yarn of 8.8 tex wool and 8. 3 tex wool from traditional frame spinning, and hairiness of yarn of 8. 3 tex wool was much more than that yarn of 8. 8 tex wool. Moreover, antiwear property of solo spun yarn was better than that of frame spun yarn, and anti-wear number of solo spun yarn of 8. 3 tex wool was higher than that solo spun yarn of 8. 8 tex wool.
出处
《纺织科技进展》
CAS
2008年第1期75-76,共2页
Progress in Textile Science & Technology
关键词
缆型纺
传统纺纱
毛羽
耐磨性
solo spun
traditional frame spinning
hairiness
anti-wear property
