CREATION OF HIGH-QUALITY ELECTROFLOCKED YARN
Keywords:
flocked thread, flocking process, core thread, laboratory device, X-shaped winding, soft winding, soft winding device model, bobbin thread, bobbin thread radius, thread tension adjustment, blade, soft winding degree adjustment.Abstract
This article is devoted to solving the problems of analyzing technological processes of production of fleecy yarn, as a result of which, under the influence of tension, the circular shape of the cross-section of the resulting fleecy yarn changes, which, consequently, affects the quality of the final product.
Downloads
References
Decree of the President of the Republic of Uzbekistan dated January 28, 2022, No. PF-60 “On the Development Strategy of New Uzbekistan for 2022–2026.” https://lex.uz/docs
Resolution of the President of the Republic of Uzbekistan dated November 28, 2017, No. PQ-3408 “On Measures for Fundamental Improvement of the Cotton Industry Management System.” https://lex.uz/docs/-3429584
Bershev Ye.N. Electroflocking. Moscow: Light Industry, 1977. 232 p.
Beznosova V.V. “Influence of electrophysical properties of pile on the selection of flocking process modes and structure of pile покрытия.” PhD dissertation abstract, Saint Petersburg, 2019.
Djuraev Z.B. Development of technology for accelerated thermal fixation of adhesive compositions in the production of electroflocked materials. PhD dissertation, Leningrad, 1989. 235 p.
Stsepurzhinskaya Z.R. Development and study of flocked yarn technology. PhD dissertation, Moscow: Kosygin State Textile University, 2011. 232 p.
Ivanov O.M., Babina N.A. Analysis of the pile charging process in electroflocking technology. Proceedings of Higher Education Institutions. Technology of Light Industry, 2013, No. 2, pp. 32–36.
Bershev E.N., Ivanov O.M., Kholmirzaev K.I., Temirov D.N. Device for vertical soft winding of filament materials. RF Patent No. 21Yu466, 1998.
Kholmirzaev K.I., Madaminov M.M. Movement of pile in an electric field. International scientific-technical conference, Andijan, 2023.
Kholmirzaev K.I., Sativaldiev A.K., Kholmirzaev Sh. Analysis of experimental dependencies and justification of empirical formulas at low flocking speeds. International conference materials, 2023.
Mamasharipov A.A., Kholmirzaev K.I. Physical-mechanical and aerodynamic characteristics of raw cotton. All-Russian conference materials, Ufa, 2024.
Ivanov O.M., Kapitanov A.F., Kostenko A.Yu., Stsepurzhinskaya Z.R. Technology and equipment for yarn flocking. Technical Textile Journal, 2010.
Mamasharipov A.A., Kholmirzaev K.I. Application of adhesive on yarn surfaces in flocked yarn production. Conference materials, Ufa, 2024.
Kholmirzaev K. Production of flocked yarn and optimization of adhesive application parameters. Mechanical Engineering Scientific Journal, 2023.
Kholmirzaev K. Justification of empirical formulas at high yarn speeds during adhesive application. Mechanical Engineering Scientific Journal, 2023
Downloads
Published
How to Cite
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.


