Abstract
:This paper proposes an emulsification device in a new improved method of antistatic processing of synthetic fibers. The priorities of the influencing factors in the device were taken as the magnitude of the polarized field voltage, the distance between the field-generating electrodes, and the percentage of emulsion, and their change intervals were determined experimentally. The analysis of the mechanical properties of the yarns obtained from the cotton-nitron blending showed that the elongation of the cotton fiber was lower than that of the nitron fiber, while the yarn strength was much higher in the 80/20 cotton-nitron blending and the yarn strength in the 50/50 cotton-nitron blending was lower. It should be noted that in the cotton-nitron blending, the stiffness of the yarn decreases as the bundles of Nitron fibers increase by up to 50%. The use of the proposed emulsification device effectively recycles fibrous materials, reduces the electrification of the fiber and improves the quality of the yarn obtained from them. Fibers are dielectric, ie synthetic fibers have polarization properties with very low friction, and it has been found that emulsification of fibers in an improved way to reduce it is highly effective.
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References
1. Resolution of the President of the Republic of Uzbekistan Sh.Mirziyoev dated February 12, 2019 No PP- 4186 "On measures to further deepen the reform of the textile and clothing industry and expand its export potential"
2. E.. Stepanova "Study of the properties of xlopkonitronovoy pryaji novogo assortimenta" Master's dissertation. Tashkent. 2005
3. L.O. Maksudov, Sh.R. Fayzullaev "Analysis of the headset of the fiber-scraping machine." TTILP. 2013 y.
4. L.O.Maksudov, O.O.Rajabov, M.Sh.Kholiyarov “Analysis of air resistance to fibers in the initial shearing zone”, TTILP. 2013 y.
5. L. Leb “Staticheskaya elektrizatsiya”, Moscow .: Gosenergoizdat.1963 g.
6. Asatov O, Khudayberdieva A, Ernazarov Sh, Usarov R. Educational-methodical complex on the subject "Physics". Tashkent .: TKTI, 2019
7. V.Lebel “Assessment of electrostatic properties of textile materials” TsshchII. Moscow .: 1982
8. V.N.Vanchikov Spravochnik po pererabotke ximicheskix volokon po xlopchatobumajnoy sisteme. Izd-vo “Legkaya industriya”, 1970
9. B. I. Sajina. Electrical properties of polymers. L. «Chemistry)), 1970. 376 p.
10. Pavlov Yu.V. and dr. Laboratornыy praktikum po pryadeniyu xlopka i ximicheskix volokon: uchebnoe posobie. Ivanovo .: IGTA, 2006.
11. Kukin G.N., Solovev A.N., Koblyakov A.I. Tekstilnoe materialovedenie (volokna i niti): M .: Legprombytizdat, 1989 g.
12. Balashova T.D., Bulusheva N.E. and dr. Short course of chemical technology of fiber materials. 1984
13. http://hozr.org/sintetik-tolalar.html.
14. https://studfile.net/preview
15. https://qomus.info/encyclopedia/cat-d/dielektriklar-uz/
16. Arabov, J .; Gafurov, Q .; and Rajapov, O. (2020) "The effect of emulsification of chemical fiber on the properties of yarn," Textile Journal of Uzbekistan: Vol. 9: No. 1, Article 9.
