Home /Archive /2016, Volume 12 /12(1) /Electropolishing of Stainless Steel Implants for Stable Functional Osteosynthesis

Electropolishing of Stainless Steel Implants for Stable Functional Osteosynthesis

TitleElectropolishing of Stainless Steel Implants for Stable Functional Osteosynthesis
Publication TypeJournal Article
Year of Publication2016
AuthorsOmel’chuk, AО, Yudenkova, IM, Zakharchenko, MF, Bliznyuk, AV
Short TitleNauka innov.
DOI10.15407/scin12.01.041
Volume12
Issue1
SectionScientific and Technical Innovative Projects of National Academy of Sciences of Ukraine
Pagination41-60
LanguageUkrainian
Abstract
A new method for the electropolishing stainless steel for stable functional osteosynthesis has been developed. The polishing of implants was carried out in solutions, based on the ternary system H2SO4—H3PO4—H2O with stepwise decreasing the current density and increasing the orthophosphoric acid concentration. The optimal polishing conditions (current density, solution composition, temperature and duration) have been determined. The developed method improves the quality and mechanical properties of the surface.
Keywordselectrochemical polishing, functional osteosynthesis, implants, stainless steels
References

1. Technology and market perspective for future Value Added Materials, Final Report from Oxford Research AS Luxembourg: Publications Office of the European Union, 2012.
2. The Complete Guide to the Global Orthopaedic Market 2009, Espicom Business Intelligence (www.espicom.com), 2009.
3. The Future of the Orthopedic Devices Market to 2012, Global Markets Direct, Dec-2008, Report Code: GMD ME0754MR - 5 p.
4. Global Orthopaedic Market - Focus on Hip and Knee replacement, A&M Mind Power Solutions, Jan 2010.
5. For Orthopedic Devices, the Future Is Still Bright, Anthony G. Viscogliosi, Viscogliosi Bros LLC, May 2009.
6. Hip and Knee Replacement Market: Overview of the US and European markets - growth in a mature market, Datamonitor, Oct 2006.
7. Ankin L.N., Spasov S.A. Metally i implantaty dlja stabil'nogo osteosinteza. Ortopedija, travmatologija i protezirovanie. 1979, N 1: 63-68 [in Russian].
8. Bohlovitova E.N., Shahmetov V.G. Primenenie metallov v hirurgii. Medicinskaja promyshlennost' v SSSR. 1966, N 6: 7-11 [in Russian].
9. Moroz N.F., Muzychenko P.F. Osteosintez fiksatorami «METOST» v jeksperimente. Izobretatel'stvo i ra cio nalizacija na sovremennom jetape razvitija zdravoohranenija (tezisy dokladov 1-j gorodskoj nauchno-prakticheskoj konferencii izobretatelej i racionalizatorov. g. Kiev, 27- 29 oktjabrja 1988). 1988. Ch. 2: 58-59 [in Russian].
10. Muzychenko P.F., Cap Ju.P., Gercen G.I., Minaeva T.I. Korrozionnaja stojkost' nekotoryh nerzhavejushhih stalej v biologicheskih sredah. Novye korrozionnye litejnye materialy. Kyiv, 1984: 32-34 [in Russian].
11. Andress HJ, Braun H, Helmberger T. et al. Long-term results after posterior fixation of thoraco-lumbar burst fractures. Injury. 2002, N 33: 357-365. https://doi.org/10.1016/S0020-1383(02)00030-X
12. Rỏhndorf H., Ziegler V., Brữckner L. Dermatologische Unvertrảglichkeitsreaktionen durch X5CrNiMo 18-10 Stahl-Imlantate im Tierexperiment. Z. Experim. Chi rurgu. Chirurg. Forsch. 1982: 125-162.
13. Gricanov A.I., Stanchic Ju.F. O korrozii metallicheskih konstrukcij i metallozah tkanej pri lechenii perelomov kostej. Vestn. hirurgii. 1977, N 2: 105-109 [in Russian].
14. Vytjugov I.A., Kotenko V.V., Zhuravlev B.K., i dr. Nekotorye biomehanicheskie aspekty nekostnogo osteosinteza kol'cevidnymi fiksatorami s termomehanicheskoj pamjat'ju. Ortopedija, travmatologija. 1984, N 2: 7-10 [in Russian].
15. Reastere J., Banamann G., Banagart F. Verwendun gamẻgliehkeiten von NiTi sur Zementfrein Verankerung von Prothesen. Med. Orthop. Techn. 1980, 100(1): 52-54.
16. Wagner С. Contribution to the Theory of Electro po lishing. J. Electrochem. Soc. 1954. V. 101: 225-228. https://doi.org/10.1149/1.2781235
17. Jacquet P.A. Electrolytic Method for obtaining Bright Copper Surfaces. Nature. 1935. V. 135: 1076-1076. https://doi.org/10.1038/1351076c0
18. Elmore W.C. Electrolytic Polishing. J. Appl. Phys. 1939. V. 10: 724-727. https://doi.org/10.1063/1.1707257
19. Kolotyrkin Ja.M. K voprosu o mehanizme anodnogo rastvorenija metallov v uslovijah passivnosti. Ser. him. nauk. 1959, N 5: 9-22 [in Russian].
20. Grilihes S.Ja. Obezzhirivanie, travlenie i polirovanie meta l lov. pod. red. P.M. Vjacheslavovna. Leningrad: Mashinostroenie, 1983 [in Russian].
21. Pat. Ukrai'ny 20256A, MPK S25 F 3/24, S25 F 5/34. Elektrolit dlja elektrohimichnogo poliruvannja hromonikelevyh austenitnyh stalej. Zarubyc'kyj O.G., Judenkova I.M., Gel'man O.D., Biloshyckyj A.P. [in Ukrainian].
22. Pat. Ukrai'ny № 61252 A MPK7 S25F 3/16. Elektrolit dlja elektrohimichnogo poliruvannja ta dezaktyvacii' korozijnostijkoi' stali. Judenkova I.M., Zarubyc'kyj O.G., Lisogor O.I., Zaharchenko M.F., Budnik V.G. [in Ukrai nian].
23. Majtak G.P., Ishhenko N.A. Jelektrohimicheskoe poli rova nie stali peremennym tokom. Zhurn. prikl. Himii. 1965, 38(4): 840-845 [in Russian].
24. Gorodyskij A.V., Judenkova I.N., Ishhenko N.A. Vlijanie chastoty peremennogo toka na jelektrohimicheskoe poli rovanie uglerodistoj stali. Ukr. him. zhurn. 1982, 48(10): 1105-1106 [in Russian].
25. Shivareddy S., Bae S.E., Brankovic S.R. Cu Surface Morphology Evolution during Electropolishing. Electrochem. Solid State Lett. 2008. V. 11: D13-D17. https://doi.org/10.1149/1.2803877
26. Kolemaev V.A., Staroverov O.V., Turundaevskij V.B. Teorija verojatnostej i matematicheskaja statistika. Moskva: Vysshaja shkola, 1991 [in Russian].
27. Deklaracijnyj patent Ukrai'ny 61252 MPK7 S25F3/16, S25 F5/00. Elektrolit dlja elektrohimichnoi' dezaktyvacii' ta poli ruvannja korozijnostijkoi' stali. Judenkova I.M., Za ru byc'kyj O.G., Lisogor O.I., Dmytruk B.F., Dupak L.G., Za ha r che n ko M.F., Kovalevs'kyj V.I., Budnik V.G. [in Ukrainian].
28. Pat. Ukrai'ny na korysnu model' № 87509 MPK S25F 3/ 00; S25F 5/00. (Zajavka № U201310244 vid 20.08.2013). Sposib elektrohimichnogo poliruvannja nerzhavijuchyh i nyz'kolegovanyh stalej. Judenkova I.M., Omel'chuk A.O., Shevel' V.M., Maslo M.A., Zaharchenko M.F. [in Ukrainian]