This article presents the results of studies of modified basalt crystalline fibers coated with resinous chemicals and after hardening, which are used to manufacture fire-resistant fabric and for sewing fire-protective clothing. The results of the study recommended in this article prove the possibility of expanding the scope of application of previously modified basalt crystalline fibers coated with resinous chemicals by increasing the strength of the threads through the use of a new method carried out with minimal technological costs.
This article presents the results of studies of modified basalt crystalline fibers coated with resinous chemicals and after hardening, which are used to manufacture fire-resistant fabric and for sewing fire-protective clothing. The results of the study recommended in this article prove the possibility of expanding the scope of application of previously modified basalt crystalline fibers coated with resinous chemicals by increasing the strength of the threads through the use of a new method carried out with minimal technological costs.
В данной статье изложены результаты исследований модифицированных базальтовых кристаллических нитей, покрытых смолистыми химическими веществами и после упрочнения, которых используют для изготовления огнеупорной ткани и предназначенных для пошива огнезащитной одежды и легких фильтров механической очистки. Рекомендованные в данной статье результаты исследования доказывают возможности расширить область применения базальтовых кристаллических волокон покрытых смолистыми химическими веществами, путем повышения прочности нитей за счет использования нового способа осуществляемый с минимальными технологическими затратами.
Ushbu maqolada olovbardosh matolar tayyorlash uchun ishlatiladigan va olovbardosh kiyimlar va yengil mexanik tozalash filtrlari tikish uchun mo‘ljallangan qatronli kimyoviy moddalar bilan qoplangan va mustahkamlangan modifikatsiyalangan bazalt kristall iplarini o‘rganish natijalari keltirilgan. Ushbu maqolada tavsiya etilgan tadqiqot natijalari minimal texnologik xarajatlar bilan amalga oshiriladigan yangi usulni qo‘llash orqali iplarning mustahkamligini oshirish orqali smolasimon kimyoviy moddalar bilan qoplangan bazalt kristall tolalarining qo‘llanilish sohasini kengaytirish imkoniyatlarini isbotlaydi.
| № | Муаллифнинг исми | Лавозими | Ташкилот номи |
|---|---|---|---|
| 1 | Sattorov L.K. | Dotsent | Karshi engineering-economics institute |
| 2 | Kurbanov A.A. | professor | Bukhara engineering - technological institute |
| 3 | Nomozov B.Y. | Dotsent | Karshi engineering-economics institute |
| 4 | Juraeva H.Z. | o'qituvchi | University of Economics and Pedagogy |
| № | Ҳавола номи |
|---|---|
| 1 | 1. A.A.Kurbanov, L.Kh.Sattorov, Zh.Kh.Rakhmonov, Calculation of the deflection of filters made of basalt fiber. Certificate of official review of the program created for Electronic Calculators No. DGU 01891. 2009 3. |
| 2 | 2. A.A.Kurbanov, U.S. Normurodov, L.Kh.Sattorov, New in the processing of basalts in Uzbekistan, Bulletin of the Tula State University and Automation: problems , ideas, solutions, Tula, APIR-18, 127-130 (2013). |
| 3 | 3. Salimsokov Yu.A., Ibodullaev A.S. Technology for Producing Fibers from Basalt Rocks of Uzbekistan and Composite Materials Based on Them // Materials of the Republican Scientific and Technical Conference. Tashkent. - 2007. - P. 77. |
| 4 | 4. L.Kh.Sattarov, A.A.Kurbanov, The flexural stiffness and tension state of basalt filter, RMZ-M&G Materials and Geoenvironment - Slaveniya, 64, 53-62 (2017). |
| 5 | 5. N.F.Drobot, O.A.Noskova, A.V.Steblevskii, Use of Chemical and Metallurgical Methods for Processing of Gabbro-Basalt Raw Material, Theoretical Foundations of Chemical Engineering, 47, 4, 484-488 (2013). |
| 6 | 6. A. Gibadullin, V. Pulyaeva, E3S Web of Conferences, 114, 02002 (2019). |
| 7 | 7. D.Morkovkin, I.Hutarava, E.Ogloblina, A.Gibadullin, S.Kharchenko, E3S Web of Conferences, 176, 05002 (2020). |