logo
calendar18 Sentabr 2025
view35
Main language:Russian

WOOL FIBER AS A RAW MATERIAL FOR BLENDED YARN

Field of Science:
pdf

68cb8b469023e.pdf

PDF

SCIENCE AND INNOVATIVE DEVELOPMENT

SCIENCE AND INNOVATIVE DEVELOPMENT

Publish Articlesee more

ARTICLE ANNOTATION

quote
The article presents the characteristics of wool fibers and raw materials for the production of bicomponent yarn. This article discusses the development of new types of yarn that are raw materials for woven and knitted products. The purpose of the research is to select silk and wool fibers according to technological parameters, and obtain bicomponent yarn. In the production of yarn, the fineness of the fibers, the degree of their contamination and the degree of extraction of pure fiber are of great importance; these indicators are determined experimentally. The properties of wool fibers of four different degrees of coarseness used as raw materials after washing are determined. The suitability of wool fibers for mixing with staple yarn and silk fibers is determined. The effect of fiber content on the strength of the yarn is theoretically calculated. It turns out that natural silk, which has a low linear density, increases the friction forces between wool fibers and gives products made from it a silky, shiny appearance. The optimal value of the proportion of silk fibers in the yarn is determined depending on its strength.

AUTHORS

X.Alimova

Toshkent tо‘qimachilik va yengil sanoat instituti

D.Aripdjanova

Toshkent tо‘qimachilik va yengil sanoat instituti

X.Umurzakova

Toshkent tо‘qimachilik va yengil sanoat instituti

SH.Usmonova

Toshkent tо‘qimachilik va yengil sanoat instituti

Z.Muratova

Andijon davlat texnika instituti

Tags

# качество# quality# свойства# properties# прочность# сырьё# волокно# raw materials# пряжа# yarn# натуральный шёлк# strength# пропорция# proportion# tola# fiber# xususiyat# waste# отходы# natural silk# sifat# chiqindi# mustahkamlik# шерсть# wool# jun# xomashyo# kalava# Tabiiy ipak# ulush

OTHER ARTICLES IN THIS JOURNAL

Rate Article

0
0 ratings
5
4
3
2
1

Article Identifiers

ROI:

https://eroi.uz/11.0094/A0925-0010

DOI:

Not Available

References

Akhmedov, J. A., Alimova, Kh. A., Daminov, A. D., & Bastamkulova, Kh. D. (2015). Properties and development of a textile thread model. Composite Materials Journal, 4, 96–99.

Akhmedov, J. A., Sobirov, Q. E., Ermatov, Sh. Q., Toliboyeva, Sh. I., & Jumaboyev, A. (2024). Paxta-ipak bikomponent yigirilgan ipi sifatiga ta’sir etuvchi omillar tahlili [Analysis of factors influencing the quality of cotton-silk bicomponent yarn]. Academic Research in Educational Sciences, (11), 135–143.

Akhmedov, J. A., Sobirov, Q. E., Ermatov, Sh. Q., Toliboyeva, Sh. I., & Tashpo‘latov, D. (2024). Nuqsonli pillalardan chiziqli zichligini nazoratisiz xom ipak kalavasi olishning nazariy asoslari [Theoretical foundations of obtaining raw silk yarn with uncontrolled linear density from defective cocoons]. Farg‘ona politechnika instituti ilmiy-texnika jurnali [Scientific and Technical Journal of Fergana Polytechnic Institute], 28(6), 87–94.

Alimova, Kh., Umurzakova, H. H., Akhmedov, J., Aripjanova, D., & Rasulova, N. (2020). A new type of medical gauze of natural silk with antiseptic properties. International Journal of Innovative Technology and Exploring Engineering (IJITEE), 9(11), 10669–10674.

Aripdzhanova, D. U. (2015). Sozdaniye kompleksnoy tekhnologii proizvodstva zhenskoy odezhdy iz sherstyanykh i smesovykh tkaney [Development of integrated technology for the production of women’s clothing from wool and blended fabrics] (DSc dissertation in technical sciences). Tashkent.

Ermilova, V. V., & Ermilova, D. Yu. (2000). Modelirovaniye i khudozhestvennoye oformleniye odezhdy [Modeling and artistic design of clothing]. Moscow: Academia Publ. 410 p.

Gulamov, A. E., Akhmedov, Zh. A., & Khaidarov, K. B. (2013). Kharakteristiki sherstoshchelkovoy pryazhi [Characteristics of wool-silk yarn]. Mezhdunarodnyy nauchnyy forum «Progress 2013» [International Scientific Forum “Progress 2013”], Ivanovo, May 27–29, 49–50.

Khabibullaev, D. A. (2022). Sovershenstvovaniye tekhnologii podgotovki syr’ya dlya novykh vidov polikomponentnykh tkaney [Improvement of raw material preparation technology for new types of polycomponent fabrics] (PhD dissertation abstract in technical sciences). 46 p.

Khabibullaev, D. A., Alimova, Kh. A., Akhmedov, J. A., & Nabidzhanova, N. N. (2021). Raw materials for production of polycomponent yarn with silky effect. Design Engineering, (4), 458–464.

Khabibullaev, D. A., Aripjanova, D. U., Umurzakova, Kh., & Maxkamov, Kh. (2021). Producing yarn from mixed fibers. International Journal of Innovative Research in Science, Engineering and Technology (IJIRSET), 10(3), 1876–1879.

Khaidarov, I. U., Khabibullaev, D. A., Umurzakova, Kh. Kh., & Sobirov, Q. E. (2023). Polikomponentli ip ishlab chiqarish uchun tolalar aralashmasini optimallashtirish [Optimization of fiber blends for polycomponent yarn production]. Result of National Scientific Research International, 2(7), 211–226.

Protasova, V. A., Belyshev, B. E., & Kapitanov, A. F. (1988). Pryadeniye shersti i khimicheskikh volokon [Spinning of wool and chemical fibers]. Moscow: Legpromizdat. 330 p.

Sharipov, J. Sh. (2022). Ipakning tolali chiqindilarini qayta ishlash texnologiyasini takomillashtirish [Improvement of silk fiber waste recycling technology] (DSc dissertation in technical sciences). Tashkent. 110 p.

Usenko, V. A., Radionov, V. A., Usenko, B. V., Slyvakov, B. E., & Mikhailov, B. S. (1999). Pryadeniye khimicheskikh volokon [Spinning of chemical fibers]. Moscow: MGTA im. A. N. Kosygina.

Yusupov, S. A. (2004). Makhalliy jun tolalariga ishlov berish texnologiyasini takomillashtirish [Improvement of processing technology for local wool fibers] (Cand. Tech. Sci. dissertation). Tashkent.