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Study of the possibilities of combining the processes of dyeing and fireproofing

Field of Science:Chemical EngineeringEngineering
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O_TJ.2024.04.19_1b8aa5e9.pdf

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In the study, the possibilities of dyeing and fireproofing fabric made of 100% cotton fibers were investigated using three different methods. The dyeing and fireproofing process was carried out using step-by-step and combined technologies. The main coloristic parameters of the dyed samples were determined: color intensity and resistance to physico-chemical effects. The results show that the fire resistance index in step-by-step method I is 3.5 cm, in method II — 4.0 cm, and in combined method III — 2.5 cm. These indicators meet the requirements of GOST 11209-2014. The coloristic parameters of the combined method were higher than those of the step-by-step method, but the thickening of the film layer on the surface led to hardening of the sample. Based on the analysis, a step-by-step technology for dyeing and fireproofing is proposed.

AUTHORS

J.Ergashova

TOSHKENT TO'QIMACHILIK VA YENGIL SANOAT INSTITUTI

Tags

# cotton fabric# antiperine# flame retardant property# step method# combined method

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References

https://president.uz/ 2022-2026 yillarga mo‘ljallangan yangi O‘zbekistonning taraqqiyot strategiyasi.

https://lex.uz O‘zbekiston Respublikasi Prezidentining 2024 yil 1 maydagi PF-71-son “To‘qimachilik va tikuv-trikotaj sanoatini rivojlantirishni yangi bosqichga olib chiqish chora-tadbirlari to‘g‘risida” Farmoni

https://president.uz To‘qimachilik tarmog‘ini rivojlantirish chora-tadbirlari muhokama qilindi. 16.04.2024. UZINFOCOM

https://daryo.uz/2019/10/10. Investitsiyalar va tashqi savdo vaziri S. Umurzoqov. O‘zbekiston 2020-yildan boshlab paxta xomashyosini eksport qilmaydi

Olifirenko V. Palagin A. Polimernie materiali ponijennoy goryuchesti v injenerno-texnicheskix sredstvax zashiti // Sistemi bezopasnosti. 2012 . №. C. 242-244

Nabieva I.A., Abdukarimova M.Z., Xasanova M.Sh. “To‘qimachilik mahsulotlari kimyoviy texnologiyasi”. O‘quv qo‘llanma. – TTYSI. 2017. 235 b.

Nabiyev D., Ergashova J.J. Ognestoykost xlopchatobumajnoy tkani, obrabotannoy oligomernыm sostavom sovmestno s melaminom. “Innavatsionnыe napravleniya razvitiya nauki o polimernыx voloknistыx i kompozitsionnыx materialax” III mejdunarodnoy nauchnoy konferensii, Sankt-Peterburg 2022, c 98-99

Kaldybayeva, G.Y., Nabieva, I.A., Kaldybayev, R.T., Nabiev, N.D., Nurkulov, F.N., Yeldiyar, G.K. Effects of weave structure and water-repellent compositions’ formulation on the hydrophobicity property of cotton fabric. Text. Res. J. 93, (2023). 4503–4517

G.E. Krichevskiy. Ximicheskaya tex-ya tekstilnыx materialov. Tom 3. Zaklyuchitelnaya otdelka. M.: Legprombыtizdat, 2001. 298 s.

“Methods of Production of Fire protection products on the basis of inorganic compounds” International journal of innovative research in science, engineering and technology// volume 10, issue 5, may 2021

A. Richard Horrocks, Flame retardant challenges for textiles and fibres: New chemistry versus innovatory solutions, Polymer Degradation and Stability, Volume 96, Issue 3, March 2011, Pages 377-392

N.D. Nabiev, F.S. Usmanova, A.S. Rafikov. Effektivnыy sposob ognezaщitnoy otdelki smesovыx tkaney. Innovatsionnыe napravleniya razvitiya nauki o polimernыx voloknistыx i kompozitsionnыx materialax: tez. dokl. mejdunarod. nauch. konf. / S.-Peterb. gos. un-t promыshlennыx texnologiy i dizayna. – SPb.: FGBOUVO «SPbGUPTD», 2020. – 109 s.

https://invest-in-uzbekistan. Obsujdenы voprosы razvitiya tekstilnoy promыshlennosti.

Abdukarimova M.Z., Nabieva I.A., Ismoilova G.X. “To‘qimachilik mahsulotlarini pardozlash kimyoviy texnologiyasi fanidan laboratoriya va amaliy mashg‘ulotlar”. O‘quv qo‘llanma. – TTYSI. 2015. 370 b.

Ergashev K.E., Abdukarimova M.Z., Nabiyeva I.A. Metodicheskoye ukazaniye po polzovaniyu kompyuternoy sistemoy podborki (podgonki) sveta / – T., TITLP. –2003.– s. 41.

ГОСТ 11209-2014 Maxsus kiyimlar uchun matolar. Umumiy texnik talablar. Sinov usullari.

Instruksiya po polzovaniY. Compyuter color matching system operation and maintenance manual. Korea industrial technology ODA. 2012. P.79.