Management and Economics
| Open Access |
DOI: Theoretical And Methodological Analysis Of The Strength, Moisture Content And Chemical Properties Of Local Coarse Wool Fiber
Prof. Mustafokul Kulturayevich Urozov , D.Sc. (Technical Sciences), Termez State University of Engineering and Agricultural Technology, Uzbekistan Khumoyiddin Abdumukhammad ogli Abdirashidov , Assistant, Termez State University of Engineering and Agricultural Technology, Uzbekistan Davron Amir ogli Juraev , Ph.D. dots (Technical Sciences), Termez State University of Engineering and Agricultural Technology, UzbekistanAbstract
This article analyzes the physical, mechanical and chemical properties of local coarse wool fiber from a theoretical and methodological perspective. The structure of wool fibers, namely the sheath, core and core layers, their influence on strength and elasticity are scientifically explained. In addition to the thickness, length, twist and strength of wool, its hygroscopicity, thermal conductivity and electrical properties were studied in the study. The technological properties of wool fibers - spinnability, wettability and dyeability - were also extensively analyzed. The fact that wool is grown in different regions, animal breeds, age and climatic conditions directly affect its quality and durability is substantiated with scientific examples. The author shows the moisture properties of wool, its hygroscopicity and comparisons with other textile fibers using clear tables and data. At the same time, modern methods of measuring the strength and tensile strength of wool are also discussed. The results of the research are of practical importance in the processing, cleaning of wool fibers and improving the quality of products made from them. This article serves as a scientific and theoretical basis for the efficient processing of coarse wool resources and the textile industry.
Keywords
Sheep wool, scaly layer, core layer
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Copyright (c) 2026 Prof. Mustafokul Kulturayevich Urozov, Khumoyiddin Abdumukhammad ogli Abdirashidov, Davron Amir ogli Juraev
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