The development and application of Fancy yarn
Fancy yarns are yarns with a special appearance, feel, structure and texture. Its application scope covers home textile decoration, interior decoration, furniture decoration, clothing, functional fabrics, outerwear, braiding, scarves, flower caps and other products. It mainly forms colored dots, circles, scales, three-dimensional relief, wrinkles or folds, bubbles, suede and other effects in the fabric.
The raw materials for fancy yarns are very extensive. Cotton, wool, silk, hemp and various traditional or new chemical fibers can be used to develop fancy yarns and fabrics. Any raw material that can make drawing or roving can be processed into special fancy yarns. For example, down and its blended fibers can be made into light and thin down fabrics through fancy yarn processing technology; The wire can be processed into a core or wrap type fancy yarn on a flower rake.Various hemp fibers can also be processed into a variety of hemp fancy yarns through fancy yarn processing technology
In recent years, more than 20 kinds of different raw materials and different types of fancy yarns have been developed, and production has been adopted by different companies, creating a very good value. Published more than 10 academic papers.
Series functional fibers of Alginate
The alginic acid series functional fibers developed by the project have excellent moisture absorption, antibacterial and flame retardant properties, as well as skin care and anti-inflammatory and itching effects. They can be used in the production of high-quality medical dressings, high-grade clothing and underwear fabrics, and special protective clothing and decorative textiles and other fields.
Alginic acid functional fiber is a kind of biodegradable, new type green fiber with high-performance, and its development prospect is very broad. Moreover, it has significant social and economic benefits for improving the grade of our textiles and enhancing the international competitiveness of domestic textiles.
This achievement has currently applied for 6 Chinese invention patents and has authorized 3 projects. It has obtained funding from the National Natural Science Foundation of China and the Doctoral Program of the Ministry of Education. The project was identified by experts as "leading internationally".
Representative achievements of School of Textile Science and Engineering (2004-2013)
Number |
Research awards |
Awarding unit |
Winner |
Awards |
Date |
1 |
The development and industrialization of new summer moisture-absorbing and quick-drying denim product |
China Textile Industry Association |
Jun Chen |
Second Prize of China Textile Association Science and Technology Progress Award |
2013 |
2 |
Moisture-conductive dry fabric of moisture-conductive dry fabric |
China Textile Industry Association |
Jihong Wu |
Second Prize of China Textile Association Science and Technology Progress Award |
2013 |
3 |
Key Techniques for Production of New Modified Starch Slurry and Replacement of PVA Application |
China Textile Industry Association |
Weilin Xu |
Second Prize of China Textile Association Science and Technology Progress Award |
2012 |
4 |
Spinning Technology and Industrialization of High-strength and Low-stretch Specialty Compound Thread |
China Textile Industry Association |
Jun Chen |
Third Prize of China Textile Association Science and Technology Progress Award |
2011 |
5 |
Development and Industrialization of High Count and Quality Products of Imported Ramie Blend |
China Textile Industry Association |
Jun Chen |
Second Prize of China Textile Association Science and Technology Progress Award |
2010 |
6 |
Technology and Industrialization of Short Fiber Embedded Spinning Yarns such as Hemp |
China Textile Industry Association |
Jun Chen |
Third Prize of China Textile Association Science and Technology Progress Award |
2010 |
7 |
High-efficient garment production technology and its industrialization |
China Textile Industry Association |
Weigang Cui |
Second Prize for Scientific and Technological Progress |
2010 |
8 |
Study on Cotton Single Guide Knead Comfort Fabric Process Technology |
Provincial |
Weilin Xu |
Third Prize of Shandong Science and Technology Progress |
2010 |
9 |
Efficient short flow embedded composite spinning technology |
Ministry of Science and Technology |
Weilin Xu |
National Science and Technology Progress Award |
2009 |
10 |
Superfine powders of high quality natural fibers and their reuse for high added value |
Ministry of Science and Technology |
Weilin Xu |
Second Prize of National Technological Invention |
2008 |
11 |
Irradiation Modification of Starch |
China Textile Industry Association |
Xiaoguang Wang |
Second Prize for Scientific and Technological Progress |
2008 |
12 |
Poly Acrylic Sizing for Superfine Cotton Warp Yarn |
China Textile Industry Association |
Shihong Han |
Same as above |
2008 |
13 |
Research and Development of Lyocell Fiber Extra High Count Yarn and Fabric |
China Textile Industry Association |
Wenxiang Ye |
Same as above |
2008 |
14 |
The key technology and industrialization of ultrafine woollen fabric processing |
China Textile Industry Association |
Weilin Xu |
First Prize for Scientific and Technological Progress |
2008 |
15 |
Superfine powder processing technology of natural organic polymer materials and reuse of high value-added materials |
Government of Hubei Province |
Weilin Xu |
Second Prize for Technological Invention |
2007 |
16 |
Textile Intelligent Patterning System |
Government of Hubei Province |
Zhongmin Deng |
Third Prize for Scientific and Technological Progress |
2007 |
17 |
Superfine powder of high-quality natural fiber materials and its high added value reusing |
China Textile Industry Association |
Weilin Xu |
Second Prize for Scientific and Technological Progress |
2007 |
18 |
Textile Intelligent Patterning System |
China Textile Industry Association |
Zhongmin Deng |
Same as above |
2007 |
19 |
Nanofiber materials and nano-functional textiles |
Government of Shangdong Province |
Zhu Ping |
First Prize for Scientific and Technological Progress |
2006 |
20 |
Dry sisal blade processing method |
Government of Hubei Province |
Weilin Xu |
Second prize for invention |
2005 |
21 |
series of Environmental friendly flame retardant, non-iron and sanitary finishing textiles |
Government of Hubei Province |
Zhu Ping |
Second Prize for Scientific and Technological Progress |
2004 |
22 |
single guide sweat textile fabric of Pure natural fiber |
Government of Hubei Province |
Weilin Xu |
First Prize for Scientific and Technological Progress |
2004 |
