In this paper, the ability of the pulling-through method with a distance plate for measuring the shearing properties of knitted fabrics was studied. The conventional extraction method does not have a good correlation with the shearing properties of woven fabrics due to the complex deformation of the fabrics during testing.
In this paper, various variables of the rotor spinning system were optimized to produce cotton yarn from ginning waste with the lowest hairiness level.
The paper addresses the optimization of various machine parameters in rotor spinning system to obtain the highest quality index of cotton yarn produced from the ginning process waste.
Fiber-blending irregularities and fiber distribution in blended-
This paper focuses on measuring the roughness of knitted fabrics using a non-contact method. Research on objectifying the handle of textile fabrics is a very important factor in textile and garment manufacturing and retailing industries. Fabric handle is influenced by mechanical and surface properties.
An objective approach to assess the handle of fabrics has been made. In comparison to the conventional pulling-through method, a rounded sample is pulled through a hole and the space between two horizontal plates. Various knitted fabrics have tested by this method and the force-displacement curves obtained analyzed.
We have studied a mathematical model to compare the handle of polylactic acid (PLA) and polyethylene terephthalate (PET) fabrics throughout finishing steps.
One of the main methods to reduce the production costs is waste recycling which is the most important challenge for the future. Cotton wastes collected from ginning process have desirable properties which could be used during spinning process.