*Associate Professor, Department of Technology of Products of Textile Industry, Namangan Institute of Engineering and Technology, Namangan, Uzbekistan Email id: husanbobojanov@gmail.com
**Researcher, Department of Metrology Standardization and Quality Management, Namangan Institute of Engineering and Technology, Namangan, Uzbekistan Email id: alijonyusupov533@gmail.com
***Master's Degree Student, Namangan Institute of Engineering and Technology, Namangan, Uzbekistan Email id: muhiddinovabdurahmon1@mail.com
Online published on 15 May, 2021.
In this article, its friction resistance is tested in determining the quality index of the tissues. The properties of friction resistance, length, linear stiffness, torsion and strength, deformation properties of the fibre in its composition were studied. In this paper, the friction resistance of tissue is tested in determining its quality index. The properties of friction resistance, length, linear stiffness, torsion and strength, deformation properties of the fibre in its composition were studied. It has also been studied that fibres are formed based on a spinning system and that their deformation properties increase or decrease when the fabric is resistant to abrasion. Also in the research work was prepared yarn (Compact melange yarn (RoCos)) with high deformation properties. The study found that rubber tissue has a 10% higher abrasion resistance than tissue made from ordinary melange yarn. Experiments have shown that the tensile strength of compact (RoCos) melange yarn made of ordinary melange yarn is 19.2N higher than the length of the fabric made of ordinary melange yarn.
Yarn, Spinning Machine, Deformation, Quality, Compact Yarn, Spun, Unevenness, Elongation, Melange
