Testing hostacor it as a corrosion inhibitor for iron in polyethylene glycol solutions

Studies in Conservation

Volumn 44, Issue 1, 1999, Pages 49-57

  Argyropoulos, V ^a,b   Rameau, J J ^c   Dalard, F ^b   Degrigny, C ^d  

^a CANADIAN CONSERVATION INSTITUTE   (Canada)

^b Ag Spyridona ^*  (Greece)

^c Grenoble INP Phelma   (France)

^d Laboratoire arc'Antique   (France)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0042980334     PISSN: 00393630     EISSN: None     Source Type: Journal    
DOI: 10.1179/sic.1999.44.1.49     Document Type: Article

References (19)

1. COOK, C., DIETRICH, A., GRATTAN, D.W., and ADAIR, N., 'Experiments with aqueous treatments for waterlogged wood-metal objects' in Waterlogged Wood Study and Conservation -Proceedings of the 2nd ICOM Waterlogged Wood Working Group Conference, Grenoble (1984) 147-159.
2. SELWYN, L.S., RENNIE-BISAILLION, D.A., and BINNIE, N.E., 'Metal corrosion rates in aqueous treatments for waterlogged wood-metal composites', Studies in Conservation 38 (1993) 180-197.
3. Hoechst, personal communication (1996).
4. Hoechst, technical bulletin (1996).
5. DIERY, H., TAUNUS, K., RITTNER, S., and LORKE, H., 'Metal working agents', Canadian Patent 879592 (1971).
6. HORST, F., and RAINER, H., 'Anticorrosive stable to hard water', Canadian Patent 1146589 (1983).
7. HERSCH, P., HARE, J.B., ROBERTSON, A., and SUTHERLAND, S.M., 'An experimental survey of rust preventives in water. Parts I, II, and III', Journal of Applied Chemistry 11 (1961) 246-271.
8. WEISSTUCH, A., CARTER, D.A., and NATHAN, C.C., 'Chelation compounds as cooling water corrosion inhibitors', Materials Protection and Performance 10(4) (1971) 11-15.
9. THOMAS, J.G.N., 'Some new fundamental aspects in corrosion inhibition' in 5th European Symposium on Corrosion Inhibitors, Università degli Studi, Ferrara (1980) 453-470.
10. GEKE, J., and STEDRY, B., 'Use of carboxylic acids or their salts as corrosion inhibitors in media for surface treatment of metals', German Patent DE 4,323,907 (1995).
11. MULLINS, M.A., MUELLER, R.A., and THOMAS, P.A., 'Carboxylate corrosion inhibitor for aqueous media', US Patent 4,970,026 (1990).
12. REINHARD, G., RADTKE, M., and RAMMELT, U., 'On the role of the salts of weak acids in the chemical passivation of iron and steel in aqueous solutions', Corrosion Science 33 (1992) 307-313.
13. FRIGNANI, A., TRABANELLI, G., WRUBL, C., and MOLLICA, A., 'N-lauroyl sarcosine sodium salt as a corrosion inhibitor for type 1518 carbon steel in neutral saline environments', Corrosion 52(3) (1996) 79-182.
14. Hoechst, personal communication (May 1997).
15. JOHNSON, T.L., and NASH, J.C., 'Primary amine alternatives to triethanolamine in metal-working fluid formulations', Lubrication Engineering 42(7) (1986) 402-407.
16. BENNETT, E.O., 'Corrosion inhibitors as preservative for metalworking fluids - ethanolamines', Lubrication Engineering 35(3) (1979) 137-144.
17. 'AMP-95®, high performance amino alcohols for metal working fluids', Angus Chemical Company Technical Bulletin 72, Buffalo Grove, Illinois (1997).
18. VAN LANSCHOT, J., MATHIESEN, T., SZALKAY, C.D., and TURGOOSE, S., 'Non-destructive electrochemical measurement of the stability of archaeological iron artifacts' in 4th International Conference on Non-Destructive Testing of Works of Art, Deutsche Gesellschaft für Zerstorungsfreie Prüfung, Berlin (1994) 306-315.
19. FAIDI, S.E., JONES, G., and SCANTLEBURY, J.D., 'The corrosion of mild steel in ethylene glycol monoethyl ether-water mixtures', Electrochimica Acta 32(6) (1987) 947-953.