Changes in the Quality Indicators of Yarns Obtained From a Mixture of Cotton and Secondary Fibers with Different Composition
Keywords:
Different composition, machine, produceAbstract
In the article, the physical and mechanical properties of yarns obtained by a pneumomechanical spinning machine from fibers of different composition are studied, in which the composition of fibers in the yarn is: 25% secondary fiber + 75% cotton fiber, 20% secondary fiber + 80% cotton fiber, 30% secondary fiber + 70 The effect of twists of 400 br/m, 500 br/m, 600 br/m on the properties of yarns made of % cotton fiber, 15% secondary fiber + 85% cotton fiber was determined.
References
Ochilov Tulkin Ashurovich, Atanafasov Mukhiddin Rakhmonovich, Toyirova Tursunoy Abdugapirovna, Patkhullaev Sarvarjon, Savkatov Aziz Omono’g’li, Software for Determining the Single-Cycle Elongation Deformation of Yarns Obtained From a Mixture of Cotton Fiber and Secondary Material Resources, International Journal of Innovative Research in Science, Engineering and Technology (IJIRSET) p-ISSN: 2347-6710 Volume 11, Issue 2, February 2022.
M.R.Atanafasov, S.U.Patxullaev, A.O.Shavkatov "Changes in one-cycle stretching deformation of yarns obtained from a mixture of cotton and secondary fibers"/ cotton ginning, textile, light industry, innovative printing production in the conditions of science, education, production integration current problems of technologies and their solutions, a collection of materials of the republican scientific-practical conference. TTesI, Part I pp. 293-296.
Patkhullayev.S., Islombekova.N., Shavkatov.A Experimental studies of deformability of non-woven materials under Axial tension// Institute for Science, Engineering and Technology Research Tamil Nadu, 23-24 December 2021. - India, 55-59 n.
Ochilov.T., Atanafasov.M., Patkhullayev.S., Shavkatov.A Software for Determining the Single-Cecle Elongation Deformation of Yarns Obtained From a Mixture of Cotton Fiber and Secondary Material Resources//International Journal of Research in Science, Engineering and Technology. Volume 11, Issue2, February 2022, 1138-1141 n.