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Study of the mechanism of bentonite action on the process of dyeing fabrics with reactive dyes by the continuous method

Field of Science:Chemical Engineering (miscellaneous)ChemistryEnvironmental ScienceEnvironmental Engineering
National field of science (HAC):02.00.06 — High-molecular compounds02.00.07 — Chemistry and technology of composite, paint-and-varnish and rubber materials02.00.08 — Chemistry and technology of oil and gas02.00.13 — Technology of inorganic substances and materials based on them02.00.14 — Technology of organic substances and materials based on them02.00.15 — Technology of silicate and refractory non-metallic materials02.00.16 — Processes and apparatuses of chemical technology and food production02.00.18 — Technology of processing and storage of fishery products04.00.14 — Mineral processing06.01.11 — Storage and processing of agricultural products02.00.05 — Chemistry and technology of cellulose and pulp-and-paper production02.00.17 — Technologies and biotechnologies for processing, storage and refining of agricultural and food products03.00.12 — Biotechnology
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“TEXTILE JOURNAL OF UZBEKISTAN” Scientific-technical journal

“TEXTILE JOURNAL OF UZBEKISTAN” Scientific-technical journal

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ARTICLE ANNOTATION

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This article presents the results of a study on the intensification of the process of dyeing fabrics with reactive dyes using a continuous method. Intensification involves the use of more efficient methods and optimized processes. Modern methods include the use of various textile auxiliaries, low-temperature plasma treatment, ultrasonic treatment, and dyeing under high temperature or with carriers. Bentonites from deposits in Uzbekistan were used to study the dyeing mechanism. Based on the results, it is suggested that the intensifying effect of bentonites is due to improved fiber swelling, accelerated dye diffusion, and complete sorption on the active sites of the fiber.

AUTHORS

M.Мирзахмедова

TOSHKENT TO'QIMACHILIK VA YENGIL SANOAT INSTITUTI

Tags

# textile materials# dyeing# intensification# bentonites# reactive dyes# continuous method

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References

Bocharov S.S., Raximova Z.O., Minaуev V.E., Niyazi F.F., Kalontarov I.Y. Ispolzovanie Na-montmorillonitovix bentonitov v kachestve zagustiteley dlya tekstilnoy pechati // Tekstilnaya ximiY.˗ M.˗ 1997.˗ №2. (11).

Bocharov S.S., Kalontarov I.Y., Mirzoуev M.B. Zaguschayuschiy sostav pechatnix krasok dlya sellyuloznix materialov // Zayavka N93000004, Tadjikistan. 2015

Bocharov S.S., Raximova Z.O., Minaуev V.E., Niyazi F.F., Kalontarov I.Y. Ispolzovanie bentonitovix glin v kachestve zagustiteley dlya tekstilnoy pechati.˗ Dushanbe, 1995.˗ 9 s.

Ixtiyarova G.A. Intensivnost okrasok napechatannix tkaney s ispolzovaniem zagustiteley na osnove bentonitovix glin i sinteticheskix polimerov // J. «Problemi tekstilya».˗ Tashkent, 2008.˗ №1.˗ S.53˗55.

Wucham P.F., Rossi S. The colloid archeological properitiуes of bentonite suspensions // Advenges in colloid a Interface Sciуens.˗ 1999.˗ №82.˗ P.43.

Rytwo G. Adsorption a interaction of methyl greуen with montmorillonite a sepiolite // J. Colloid Interface Sci.˗ 2000.˗ 222.˗ P. 12˗19.

Harris R.G. at all. Studeson the adsorption of dyуes to kaolin // Calu cley Miner.˗ 2000.˗ 54.˗ P. 435˗448.

Aminov S.N., Shamsiev SH.SH., Rasulova S.A. Prespektivi sozdaniya lekarstvennix preparatov na osnove Uzbekistanskix montmorillonitovix glin // Sb. trud. Mejd. nauch. konf. Gos. med. Universiteta.˗ 2004.˗ S. 233˗234.

Maksimov V.V. i dr. Fiziko-ximicheskie i adsorbsionnie svoystva bentonitov mestorojdeniya Uzbekistana // Uzb. xim. Jurnal.˗ 2012.˗ №2˗ S. 3˗6.

Buadze B.P., Lekishvili G. Vozmojnost modifikatsii naturalnogo shelka // J. Georg. Eng. News.˗ 2004. ˗№2. ˗ R. 137˗139.

Buadze B.P., Xursilava I.A. Issledovanie termicheskoy stabilnosti shelkovix i sherstyanix tkaney obrabotannix v bentonitax // Vestnik «Legkaya promishlennost».˗ 2008.˗ №2 (40).˗ S. 81-89.

Abdukarimova M.Z., Mirzaxmedova M.X., Sodikova G.K., Rasulova K.M. Izuchenie vliyaniya tekstilno-vspomogatelnix veschestv na fiziko-mexanicheskie svoystva xlopko-shelkovix tkaney // J. «Problemi tekstilya». – 2014. ˗№1. – S. 55˗60.

Xazratova D., Ixtiyarova G. Intensifikatsiya protsessa krasheniya shelkovix tkaney aktivnimi krasitelyami s xitozanom. Universum:, Texnicheskiуe nauki. 2021 g.

Rusa Chiristan i dr. Izmenenie konfiguratsiy makromolekul fibroina shelka, indutsirovannogo obrazovaniem soуedineniya vklyucheniya s siklodekstrinom. J. Makromolekules.˗ 2005.˗ 38.˗ №13.˗ R. 571.

Voronina M.V., Chalaya N.E., Safonov V.V. Issledovanie vliyaniya dobavok α-siklodekstrina na protsess i kachestvo krasheniya x/b tkani aktivnimi krasitelyami // Izv. vuzov texnologiya tekstilnoy promishlennosti.˗2007.˗ №3.˗ S. 68˗71.

Safonov V.V., Chalaya N.E. Ispolzovanie siklodekstrinov v roli PAV «novogo pokoleniya» v otdelki tekstilnix materialov. Mejd. nauch. prak. konf. «Dostijeniya tekstilnoy ximii v proizvodstve». Ivanovo.˗ 2008.˗ S. 85-88.

M.X.Mirzaxmedova i dr. Sovmescheniуe protsessov krasheniya i zaklyuchitelnoy otdelki tekstilnix materialov. Mejdunarodniy nauchniy jurnal «Vestnik nauki» 2022 g. №7(52) T.3., 73-85 str.

Patent UZ № IAP 05416. Sostav dlya krasheniya shelka aktivnimi krasitelyami / Mirzaxmedova M.X., Abdukarimova M.Z., Xudayberdieva D.B., Mirataуev A.A.// Rasmiy axborotnoma. - 2017.

Patent UZ № IAP 05194. Sostav dlya krasheniya sellyuloznix materialov aktivnimi krasitelyami / Mirzaxmedova M.X., Abdukarimova M.Z., Xudayberdieva D.B., Amirova N.S., Sodikova G.Q. // Rasmiy axborotnoma. - 2016.