Infuence of fiber vniivlon on the performance of organoplastics based on the BSP-7 copolymer
DOI:
https://doi.org/10.31891/2079-1372-2020-97-3-14-18Keywords:
copolymer, fiber, vniivlon, organoplastic, abrasive wear resistanceAbstract
This paper focuses on tribotechnical and physical-mechanical properties of the BSP-7 copolymer and organoplastics based on it with 10 ÷ 40 mass % of polyheteroarylene vniivlon fiber. It demonstrates that the reinforcement of copolymer with organic fiber improves its abrasive wear resistance by 64,2 % at a maximum filler content of 30 mass %.
Proposed organoplastics based on the BSP-7 copolymer with effective content of 30 mass % of the filler can be recommended as a tribotechnical material for the manufacturing of the parts that work in the conditions of abrasive wear.
References
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2. Masiuk A. S. (2017). Polikaproamidni kompozyty z pidvyshchennymy ekspluatatsiinymy kharakterystykamy [Polycaproamide composites with high performance characteristics]. Naukoviy visnyk NLTU Ukrainy: zbirnyk nauk. prats – Scientific Bulletin of NLTU of Ukraine: a collection of scientific works, Vol. 27, 4, 122 – 126.
3.Chyhvintseva O. P., Rula I.V., Tokar A.V., Kravchenko S.V., Petrushyna H.A. (2018). Vyvchennia vlastyvostei vuhleplastyka na osnovi fenilona S-2 [Study of the properties of carbon fiber based on phenylone C-2]. Naukovi notatky: mizhvuz. sb. – Scientific Notes: interuniversity collection, Vol. 64, 236 – 242.
4. Burya O.I. (2019). Polimerni kompozyty na osnovi termoplastychnykh viazhuchykh [Polymer composites based on thermoplastic binders]. Dnipro: Seredniak T. K.
5. Shustov G.B., Burya A.I., Dubkova V.I., Ermolenko I.N. (1990). Sintez i svoystva poliarilatsulfonovogo blok-sopolimera i kompozitov na ego osnove [Synthesis and properties of polyarylatesulfonic block copolymer and composites based on it]. Zhurnal Dokladyi AN BSSR – J. Reports of the Academy of Sciences of the BSSR. Minsk: Navuka i tehnIka, Vol. XXXIV, 12, 1104–1106.
6. Burya A.I., Naberezhanaya O.A., Schetinin A.M. (2014). Vliyanie soderzhaniya volokna sulfon-T na tribologicheskie svoystva organoplastikov na osnove fenilona S-1 [Influence of sulfon-T fiber content on tribological properties of phenylone C-1-based organoplastics]. Dizayn. Materialyi. Tehnologiya – Design. Materials. Technology, 104 – 107.
7. Buria O.I. Pat. 101213 Ukraina, MPK S08L 69/00.Polimernakompozytsiia / Buria O. I., Shustov H. B., Grashchenkova M. O.; Zaiavnyk ta patentovlasnyk: Buria O. I. – № u 2015 03390; zaiav. 10.04.15; opubl. 25.08.15; Biul. №16.
8. Burya A.I., Pilipenko A.I., Ryibak T.I. (1995). Razrabotka sposoba polucheniya i issledovanie svoystv armirovannyih plastikov [Development of a method for obtaining and studying the properties of reinforced plastics]. Nowe kierunki modyfikacji i zastosowan tworzyw sztucznych: VI Konferencja Naukowo-Techiczna. Rydzyna, 44–53.
9. Trostyanskaya E.B. (1975). Termoplastyi konstruktsionnogo naznacheniya [Thermoplastics for structural purposes]. Moskva: Himiya.
10. Dobrovolskiy A. G., Koshelenko P.I. (1989). Abrazivnaya iznosostoykost materialov [ Abrasive wear resistance of materials]. Kiey: Tehnika.
11. Tugov I. I., Kostryikina G. I. (1989). Himiya i fizika polimerov [Chemistry and physics of polymers]. Moscva: Himiya.
12. Belyiy V.A., Sviridenok A.I., Petrokovets M.I., Savkin V.G. (1976). Trenie i iznos materialov na osnove polimerov [Friction and wear of polymer-based materials]. Minsk: Nauka i tehnika.
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Published
2020-09-28
How to Cite
Burya, O., Grashchenkova, M., Lysenko, O., & Yeriomina, Y. (2020). Infuence of fiber vniivlon on the performance of organoplastics based on the BSP-7 copolymer. Problems of Tribology, 25(3/97), 14–18. https://doi.org/10.31891/2079-1372-2020-97-3-14-18
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