Zheng Guobin has taught at the Taipei University of Science and Technology since 1985. He has returned to Fengjia University to teach in the Department of Fibers and Composites since 2008.
The head of the department established the Textile and Materials Industry Research Center in 2013 and served as the director. He was invited to the Department of Clothing Design and Technology of Manchester Metropolitan University
The Research Institute of Materials Mechanics, School of Textile and Fiber, Yi Fiber University, is a visiting scholar. His research fields include the development and manufacturing of functional plastics, films, fibers and composite materials.
Zheng Guobin
Professor of Molecular Science and Engineering, Taipei University of Science and Technology since 1985
Since 2008, he has returned to Fengjia University to teach in the Department of Fibers and Composites.
Textile and Materials Industry Research Center was established and served as Director in 2013
Invited to be a visiting scholar at the Department of Clothing Design and Technology, Manchester Metropolitan University, UK
His research areas include functional plastics, films, fibers and composites development and process design. In recent years, it has mainly focused on the development of heat dissipation and cooling, thermal storage, antibacterial and deodorant, and conductive fiber products: fiber reinforced composite materials, fiber surface treatment, composite functional powder and dispersion technology, and chemical fiber mass production technology development . Why functional fibers are gaining recognition
Zheng Guobin said that because of the so-called energy-saving and carbon-sounding sounds, the climate changes, so there are many functional fibers such as heat dissipation, coolness, antibacterial, and thermal insulation.
Forgive fiber
Prof. Zheng Guobin and Zhanyi Science and Technology Co., Ltd. jointly developed the WinCoo1 series of fiber products. After weaving the composite mineral powder, which is good at heat conduction and heat dissipation, into the fiber, the cold and smooth feeling is transmitted to the skin through the yarn, making the clothes Have instant understanding.
Method for weaving heat-dissipating cool fiber products
1. We first use the wet grinding method of stirring grinding to produce D99≤1.0UmD≤0.4um sub-micron composite ore powder in advance to avoid clogging of spinning holes and excessive spinning pressure. And
After grinding the composite powder slurry, the powder is dried by spray drying to form a composite powder, which is then used to uniformly disperse the active agent through the interface and surface treatment.
In Nylon or Polyester Powders, which are ground after rapid cooling with liquid nitrogen.
2. Partial 1 nylon partially extended yarn with warp-shaped cross section. Partia1 0riented Yarn P0Y was finally made into 70d / 48f nylon extended false twisted processing yarn using a friction false twisting machine. Draw Textu
red Yarn DTY.
3. The double-rod mixing machine by the physical mixing method is used to make functional polyester master batches. The melt spinning machine is used to make a 116d / 48f round core-sheath structure. Sheath amp Core is partially extended.
The yarn was finally made into a 75d / 48f polyester stretch false twisted processing yarn Draw Textured Yarn DTY using a friction false twister.
4.Friction type false twisting machine can be used to produce extended false twisted processing yarn while introducing the second or third component at the same time to make composite heat dissipation yarn and air-jet false twist processing mechanism.
Air Jet Textured Yarn ATY.
5. Extend the false twist processing yarn DTY or air-jet false twist processing yarn ATY with heat dissipation and cool to manufacture various knitted fabrics and shuttles of different structures and specifications through circular knitting machines or water jet shuttleless looms.
Fabric and long fiber products with energy-saving, anti-bacterial and moisture-wicking functions.
It keeps the cold and smooth feeling through the yarn to the skin, so that the clothes have instant understanding.
