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This article talks about the important changes taking place in the textile industry,
scientific research, introduction of innovative ideas and implementation of scientific innovations in the
field. Also, based on the requirements of the standard, it was noted that high-quality textile fire-resistant
fabric was obtained in accordance with the technical conditions of the standard requirements, and the
physical and mechanical properties of the gas were studied. also, in order to achieve the desired goal,
it was possible to obtain threads with a mixture of chrysotile and cotton fibers in different percentages,
the physical and mechanical properties of the produced threads were improved, and the assortment of
threads was increased. The effective use of chrysotile and cotton fibers depends on the season of
collection of fibers, its processing, and the produced yarns allow the production of fire-resistant fabric
of mixed composition and are suitable for special clothing of firefighters. and primarily provides safety
and breathing for the employee. A lot of research and research has been done on chrysotile and cotton
fiber processing and yarn production, but the work carried out to date shows that the research carried
out is not sufficiently grounded in theory and practice. Its hardness, low water permeability, air
permeability, and hygienic properties are important for the production of chrysotile and cotton gauze.
In the process of using the fabric, it is necessary to embody the above-mentioned features.
 

  • Internet havola
  • DOI
  • UzSCI tizimida yaratilgan sana 26-12-2023
  • O'qishlar soni 127
  • Nashr sanasi 25-12-2023
  • Asosiy tilIngliz
  • Sahifalar26-33
English

This article talks about the important changes taking place in the textile industry,
scientific research, introduction of innovative ideas and implementation of scientific innovations in the
field. Also, based on the requirements of the standard, it was noted that high-quality textile fire-resistant
fabric was obtained in accordance with the technical conditions of the standard requirements, and the
physical and mechanical properties of the gas were studied. also, in order to achieve the desired goal,
it was possible to obtain threads with a mixture of chrysotile and cotton fibers in different percentages,
the physical and mechanical properties of the produced threads were improved, and the assortment of
threads was increased. The effective use of chrysotile and cotton fibers depends on the season of
collection of fibers, its processing, and the produced yarns allow the production of fire-resistant fabric
of mixed composition and are suitable for special clothing of firefighters. and primarily provides safety
and breathing for the employee. A lot of research and research has been done on chrysotile and cotton
fiber processing and yarn production, but the work carried out to date shows that the research carried
out is not sufficiently grounded in theory and practice. Its hardness, low water permeability, air
permeability, and hygienic properties are important for the production of chrysotile and cotton gauze.
In the process of using the fabric, it is necessary to embody the above-mentioned features.
 

№ Muallifning F.I.Sh. Lavozimi Tashkilot nomi
1 QASIMOV A.A. teacher , Namangan Engineering and Technology Institute
№ Havola nomi
1 1. SH. Mirziyoyevning 2009 yil 30 sentabrdagi 226- sonli “Yong‘in xavfsizligi tо’g‘risida”gi Qonuni.
2 2. SH. Mirziyoyevning 2017 yil 7 fevraldagi PF – 4947-son “О‘zbekiston Respublikasini yanada rivojlantirish bо’yicha Harakatlar strategiyasi tо’g‘risida”gi Qonuni.
3 3. SH. Mirziyoyevning 2017 yilning 23 maydagi 2992-son “Ichki ishlar organlari yong‘in xavfsizligi bо’linmalari faoliyatini tubdan takomillashtirish choratadbirlari tо’g‘risida”gi Qarori.
4 4. Y.I,Sirojiddinova, S.A Xamroyeva “At-2 Asbest va paxta tola tarkibli ip va tо’qimaning olovbardoshlik xususiyatini baholash” “О‘zbekiston tо’qimachilik muommolari ilmiy amaliy anjumani maqolalar tо’plami “. Toshkent, TTESI,2021,04- aprel.
5 5. Y.I.Sirojiddinova, S.A.Xamroyeva “Evaluation of the fire resisttance properties of yarn and fabric with a structure made of asbestos”At-2”and cotton feber”Scences &Advancements. 2021-y10-may
6 6. “Maxsus kiyimlar uchun umumiy texnik talablar («Tkani dlya spetsialnoy odejdi.Obshiye texnicheskiu trebovaniY.Metodi ispitaniy») nomli Davlatlararo standart GOST 11209-2014.
7 7. “О‘zstandart” agentligi tomonidan 14 iyyul 2017 yil №05-81 sonli buyrug‘i asosida О‘zDst 3191-2017 “ О‘t о’chiruvchi xodimlar kiyimiga qо’yilgan texnikaviy shartlar”i standarti.
8 8. GOST 12.1.004-01 “Yong‘in xavfsizligi” standarti.
9 9. Uzstandard Agency on the basis of Order No. 05- 81 UzDst 3191-2017 “Technical Specifications for Fire Extinguishing Personnel Clothing” dated July 14, 2017
10 10. S.A.Khamroeva, Y.I.Sirojiddinova “At-2 Assessment of the refractory nature of asbestos and cotton yarn and fabric” "Collection of articles of the Scientific Practical Conference of Textile Workers of Uzbekistan." Tashkent, April TTYeSI,2021,04of Uzbekistan." Tashkent, April TTYeSI,2021,04
11 11. GOST 12.1.004-01 “Yong‘in xavfsizligi” standarti.
12 12. O.K.Egamberdievich, Y.A.Abduvositovich & Y.S.A.Qizi (2022). Determination of Microparameters of Halcogenide Thin Movies. Journal of Optoelectronics Laser, 41(5), 523-530.
13 13. O.K.Egamberdievich,., Y.S.Abrorovich & Y.A.Abduvositovich (2022). PHOTOMAGNETIC CONVERTER. Galaxy International Interdisciplinary Research Journal, 10(4), 434-438.
14 14. M.Onarkulov, S.Nasriddinov, S.Yuldashev & L.Yunusaliev (2020). TECHNOLOGICAL FEATURES OF OB TAINING STRENGTH SENSITIVE POLYCRYSTALLINE FILMS Bi2-XSbXTe3. Euroasian Journal of Semiconductors Science and Engineering, 2(3), 27.
15 15. К.С.Кадыров, К.Э.Онаркулов, М.К.Онаркулов & Ш.А.Юлдашев (2020). ЭЛЕКТРОННО-МИКРОСКОПИЧЕСКИЕ ИССЛЕДОВАНИЯ ПЛЕНОК НА ОСНОВЕ BI-SBTE. In Экономическое развитие России: тенденции, перспективы (pp. 72-76).
16 16. С.Х.Шамирзаев, К.Э.Онаркулов, Д.А.Юсупова & Э.Д.Мухамедиев (2006). Простые модели усталостной повреждаемости гетерогенных материалов с очень сложной динамикой. Фізична інженерія поверхні, (4,№ 1-2), 91-96.
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