Dovgal A. G. Structure and tribotechnical properties of the detonation coatings based on the components SiC-Al2O3 together with the steel counterbody without lubricants.
Abstract
In a principally new way the ceramic-metal composition material based on the components SiC-Al2O3 which contains the metallic constituent of the iron, not introduced in to the initial batch mixture in form of powder, and that is acquired in re-sult of batch mixture components grinding in the steel vessels with steel milling bodies has been acquired. The acquisitions possibility of gas-flame coatings made of this ceramic-metal substance on the steel items for their superficial repair and rein-forcement has been investigated. Optimal modes of these coatings depositions of this material by detonation method have been found. Using the method of electron microscopy and focused-beam microscopy, X-ray spectrometry analysis and X-ray phase analysis the structure of the coatings made of the composition material containing the wearproof component SiC-Al2O3 and metallic bound of iron acquired in a result of batch mixture grinding in the steel vessels on the mild carbon steel has been studied. The tribotechnical properties of the coatings within the friction conditions without lubricants in air together with steel counterbody have been researched and application limits of the acquired coatings have been found. Using the methods of electron microscopy the friction surfaces of the acquired coating have been researched and features and regularities of their wear mechanism have been detected.References
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5. A. P. Umanskii, A. G. Dovgal’, V. I. Subbotin, I. I. Timofeeva, T. V. Mosina and E. N. Polyarys Effect of grinding time on the structure and wear resistance of SiC–Al2O3ceramics // Powder Metallurgy and Metal Ceramics, Vol. 52, Nos. 3-4, July, 2013- pp. 189-196.
6. Dovgal A. G. Influence of grinding time on a structure and wear resistance of ceramic materials on the basis of the system SiC-Al2O3 together with a ceramic counterbody // Problems of Tribology. – 2012. – №1. – P.P. 20-26.
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8. Fylonov K. N., Khurlov V. N., Klassen N. V., Khudrenko Ye. A., Shteynman E. A. Properties fea-tures of nano-structured silicon carbide films and coatings, acquired in the new way // Proceedings of Russian Academy of Sciences. Physical series. 2009, vol. 73, No 10, p.p. 1457–1459.
9. Farajallakh M. A. Wear resistance of the detonation coatings based on the silicon carbide alloyed by lead molybdate // Problems of Engineering, - № 3. – 2009, p.p. 40-46.
2. Umanskyi A. P., Dovgal A. G., Kostenko A. D. Influence of composition and structure of silicon car-bide composites on wear resistance and their wear mechanisms during friction together with a ceramic counter-body // Problems of Tribology. – 2011. - № 3. – P.Р. 81– 88.
3. Panasyuk A. D., Umansky A. P., Dovgal A. G. Research of contact interaction of ceramic SiC-Al2O3 with nickel, aluminium and nickel-aluminium alloys. // Adhesion of melts and materials soldering. – 2010. – №43. – P.P. 55–63.
4. A. P. Umanskii, A. G. Dovgal’, V. M. Kisel’, and Yu. I. Evdokimenko Structure and Wear Regularities of Coatings from Composite Metal-Ceramic Materials of the SiC–Al2O3–Ni–Al System // Journal of Superhard Materials. – 2012. – Vol. 34. – No. 2. – pp. 110–117.
5. A. P. Umanskii, A. G. Dovgal’, V. I. Subbotin, I. I. Timofeeva, T. V. Mosina and E. N. Polyarys Effect of grinding time on the structure and wear resistance of SiC–Al2O3ceramics // Powder Metallurgy and Metal Ceramics, Vol. 52, Nos. 3-4, July, 2013- pp. 189-196.
6. Dovgal A. G. Influence of grinding time on a structure and wear resistance of ceramic materials on the basis of the system SiC-Al2O3 together with a ceramic counterbody // Problems of Tribology. – 2012. – №1. – P.P. 20-26.
7. Lakhin A. V. Acquisition processes of composition materials and coating based on the silicon carbide using the chemical heterophase deposition from methyl-silane having comparatively low temperatures and pres-sures // Degree thesis of candidate of engineering on specialty 05.16.06 Powder metallurgy and Composition Materials. – М.: 2006. – 140 p.
8. Fylonov K. N., Khurlov V. N., Klassen N. V., Khudrenko Ye. A., Shteynman E. A. Properties fea-tures of nano-structured silicon carbide films and coatings, acquired in the new way // Proceedings of Russian Academy of Sciences. Physical series. 2009, vol. 73, No 10, p.p. 1457–1459.
9. Farajallakh M. A. Wear resistance of the detonation coatings based on the silicon carbide alloyed by lead molybdate // Problems of Engineering, - № 3. – 2009, p.p. 40-46.
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Published
2014-07-10
How to Cite
Довгаль, А. (2014). Dovgal A. G. Structure and tribotechnical properties of the detonation coatings based on the components SiC-Al2O3 together with the steel counterbody without lubricants. Problems of Tribology, 70(4), 6–11. Retrieved from https://tribology.khnu.km.ua/index.php/ProbTrib/article/view/142
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