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双雨露汉麻超柔面料染整工艺的创新研究

荆茂生 周陈 刘小永 苏长智 高志超

染整技术2026,Vol.48Issue(8):22-24,28,4.
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染整技术2026,Vol.48Issue(8):22-24,28,4.

双雨露汉麻超柔面料染整工艺的创新研究

Innovative research on dyeing and finishing processes of double-retted dew hemp super-soft fabric

荆茂生 1周陈 1刘小永 1苏长智 1高志超1

作者信息

  • 1. 愉悦家纺有限公司,山东 滨州 256600
  • 折叠

摘要

Abstract

Although hemp fibers possess inherent advantages such as exceptional antibacterial properties,moisture absorption,and breathability,their application in high-end textiles has been limited by issues like coarse hand feel,poor spinnability,and batch difference control in production.This study focuses on double-retted hemp blended products and systematically analyzes the microstructural differences among hemp,flax,and ramie fibers.A refined dyeing and finishing process integrating"singeing→mercerizing→oxygen bleaching→stentering →pre-shrinking→mechanical softening"was de-signed.By accurately controlling the parameters of each process,the fiber properties are effectively stabilized and batch dif-ferences are reduced.The core innovation lies in the compound technology of polyurethane-based softeners and hydrophilic softeners,successfully resolving the challenge of balancing hand feel and moisture absorption in hemp products.The re-sults show that the double-retted hemp ultra-soft fabric produced via this process not only fully retains the inherent dura-ble antibacterial properties of hemp,but also achieves moisture absorption:the drip diffusion time is less than 1 s,far ex-ceeding the standard requirements;moisture dispersibility:efficient moisture management with a moisture permeability greater than 12 000 g/(m2·24 h)and an evaporation rate greater than 0.30 g/h,endowing the fabric with a unique silky soft and smooth touch.

关键词

汉麻/超柔手感/批间差控制/复配柔软剂/吸湿透气

Key words

hemp/ultra-soft hand feel/batch difference control/compound softeners/moisture absorption and breathability

分类

轻工纺织

引用本文复制引用

荆茂生,周陈,刘小永,苏长智,高志超..双雨露汉麻超柔面料染整工艺的创新研究[J].染整技术,2026,48(8):22-24,28,4.

基金项目

山东省重点研发计划资助(2024CXPT024) (2024CXPT024)

滨州市青年科技启明星计划项目(QMX2023010) (QMX2023010)

染整技术

1005-9350

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