Development of tricot warp knitted fabrics with moisture
Warp knitted mesh fabric was usually applied to sportswear due to good air transmission, but without multilayer structure and one-way transport property. In order to solve this problem, the miss-lapping structure was applied to examine the possibility to fabricate multilayer and improve water transport in warp knitting structure. Besides, the effect of thread type and warp density on comfort properties were also exploited to enhance the moisture management. The moisture management test, water vapor permeability and air permeability were examined. Long float at the back side in structure I formed by miss-lapping could improve liquid transport and air permeability, but slightly reduce water vapor permeability. With proper density, there existed the optimal one-way transport capacity and overall moisture management. Warp density in 20 cpc was an optimal parameter of knitting process. Taking advantage of miss-lapping, sample 5 where polypropylene was partly threaded on GB1 provided best moisture management, water vapor permeability and air permeability.
The Moisture Management Property of Innovative Two-Layered Tricot
Biomimetics of branching structure in warp knitted fabrics to
Schematic of the crochet machine used to manufacture elastic
Structure of yarn specimens.
What Are Knit Fabrics: Basic Knits You Should Know As A Sewing
PDF) Biomimetics of branching structure in warp knitted fabrics to
5G MESH MOLDED KNIT VS
Physical characteristics of the moisture responded transformable
Microscopic images of back face (a) and front face (b) of produced
Thermal comfort properties of plasma-treated warp-knitted spacer
The inner, outer and cross-section of plant and control structures