DEVELOPMENT OF THE INFRARED DRYING CHAMBER FOR LINES ON PRODUCTION OF FLOCKED YARN
26.03.2024
International Scientific Journal "Science and Innovation". Series A. Volume 3 Issue 3
Khalmerzaev Kabil Ikramovich, Sativaldiev Aziz Kahramanovich, Sattarov Mukhitdin Olimovich
Abstract. The Analysis of the obtained results allows to identify an interesting pattern, which is extremely important for deriving empirical formulas and for calculating the technological parameters of the process of applying a binder to threads accordingly.
Keywords: connecting threads, adhesive layer, core thread, shaft
References:
1. Aizenstein E.M. Chemical fibers and threads in a crisis year // Leg-industrial business. Director. September 2009. - pp. 9-18.
2. Shavkin V.K. Development strategy for the production of nonwoven materials in Russia. URL: http://www.polymery.ru (flaTa accessed 04/10/2011).
3. Ivanov O.M. Kapitanov A.F., Kostenko A.Yu., Scepurzhinskaya Z.R. Technology and equipment for flocking threads. // Chemical fibers and threads: g. Technical.textiles. 2010. -№24. URL: http://www.info@rustm.-net (post date 05/24/2010).
4. Dzhuraev Z.B. Development of technology for accelerated thermal fixation of adhesive compositions in the production of electroflocked materials: Dis. Cand. Tech. Sci. –L., 1989. -235 p.
5. Ivanov O.M. Development and physical justification for the choice of parameters of a high-performance technological process for flocking threads: Dissertation of Ph.D. Sci. –L., 1987, -182 p.
6. Kriksunov L.Z. Handbook of the basics of infrared technology. – M.: Soviet radio. 1978. -400 p
7. Infrared absorption spectra of polymers and auxiliary substances Ed. Chulanovsky V.M. –L.: Chemistry, 1969. 356 p.
8. Vershev E.N., Dzhuraev Z.V., Pankratov P.M. Drying of electroflocked materials using infrared rays with intermittent irradiation. Textile industry. 1989 N. 12. LITLP im. CM. Kirov, Leningrad.
9. Sulaimanov Sh. A., Sativaldiev A. K., Sulaimanova M. P. The ways of measuring the dryness in production //Oriental renaissance: Innovative, educational, natural and social sciences. – 2022. – T. 2. – No. 10. – pp. 720-726.
10. Sativaldiev A., Makhmudov A., Joraboev T. Technologies for production of paint coatings // Central Asian Journal of Education and Innovation. – 2023. – T. 2. – N. 2. – pp. 22-27.
11. Sativaldiev A., Makhmudov A., Joraboev T. Ensuring measurement accuracy using three-dimensional measurement in the automotive industry/Central Asian Journal of Education and Innovation. – 2023. – T. 2. – N. 2. – pp. 17-21.
12. Dilshodbek Og M.A.A. and others. Characteristics and types of loc paint // journal of non-disciplinary innovations and scientific research in uzbekistan. – 2023. – T. 2. – N. 15. – p. 577-581.
13. Sativaldiev A.K. Development of intensive methods for modifying cellulose-containing fabrics. – 1995.
14. Khakimov D.V., Khusanova M.Sh., Fattaev M. Standardization in the field of environmental protection. ecological certification //Current ecological state of the natural environment and scientific and practical aspects of rational environmental management. – 2018. – pp. 159-165.
15. Raimdjonovich X. B. et al. Assessment of process capability by applying the spc (statistical process control) method to critical control points //Open Access Repository. – 2023. – T. 4. – N. 3. – pp. 1405-1410.
16. Vasiyeva M. H. et al. Analysis of the methods of determining their hardness indicators during stretching of textile fabrics //Science and Education. – 2023. – T. 4. – No. 2. – pp. 604-606.
17. Khamdamov B. R., Fattaev M. A. Practice of applying the spc method to analyze the production process of velor material //Economy and Society. – 2022. – N. 5-1 (96). – pp. 738-742.
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