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The Use of Epoxy Resins for Stone Consolidation

Published online by Cambridge University Press:  28 February 2011

Charles M. Selwitz*
Affiliation:
The Getty Conservation Institute, 4503 Glencoe Avenue, Marina del Rey, CA. 90292
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Abstract

An overview on the causes and methods of treatment of stone deterioration is presented. The reasons for and prejudices against epoxy resins for stone consolidaton are described in terms of achieving deep penetration, improvement in mechanical strength and good water repellancy without the inhibition of water vapor transmission. Early work which failed to understand the nature of epoxy curing in solution is outlined, and more recent research, where this problem has been solved, is discussed.

Type
Research Article
Copyright
Copyright © Materials Research Society 1990

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References

1. Technologies for Prehistoric and Historic Preservation. Office of Technology Assessment, September 1986.Google Scholar
2. Wakeman, C.M., Spencer, H.E. and Blye, E.N., Glue for Concrete Repair, Mater. Res. Stand. 2 (1962) 93–7.Google Scholar
3. Munnikendam, R.A., A New System for the Consolidation of Fragile Stone. Studies in Conservation 18(1) 1973 95–7.Google Scholar
4. Gauri, K.L., Doderer, G.C., and Lipscomb, N.. Reactivity of Treated and Untreated Marble Specimens in an S02 Atmosphere, Studies in Conservation, 18(1) (1973) 2335.Google Scholar
5. Croll, S.G., Effect of Solvents on Residual Strain in Clear Epoxy Coatings. J. Oil Color Chem. Assoc. 6 (1980) 230–6.Google Scholar
6. Down, Jane L.. The Yellowing of Epoxy Resin Adhesives; Report on Natural Dark Aging, Studies in Conservation, 29 (2) (1984) 6376.Google Scholar
7. Down, Jane L.. The Yellowing of Epoxy Resin Adhesives: Report on High - Intensity Light Aging, Studies in Conservation 31 (4) (1986) 159–70.Google Scholar
8. Clifton, J.R.. Laboratory Evaluation of Some Stone Consolidants IIC Preprints - Adhesives and Consolidants. Paris Congress (1984) 151–5.Google Scholar
9. Alessandrini, G., Peruzzi, R., Rossi-Doria, P. and Tabasso, M., Control of the Behavior of Two Epoxy Resins for “Stone” Treatments, UNESCO-RILEM (1978) 6.1.Google Scholar
10. Rossi-Manaresi, R., Treatments for Stone Consolidation. The Conservation of Stone J. Bologna (1976) 547–71.Google Scholar
11. Rossi-Manaresi, R., Effectiveness of Conservation Treatments for the Sandstones of Monuments in Bologna, Conservation of Stone II, Bologna (1981) 665–81.Google Scholar
2. Marinelli, G., Use of an Epoxy Aliphatic Resin in the Consolidation of Porous Building Materials Having Poor Mechanical Properties, The Conservation of Stone I Bologna (1976) 573–91.Google Scholar
13. Domaslowski, W., Consolidation of Stone Objects with Epoxy Resins, Monumentum 4 (1969) 5164.Google Scholar
14. Domaslowski, W. and Strzelczyk, Alicja, Evaluation of Applicability of Epoxy Resins to the Conservation of Stone Historic Monuments Case Studies in the Conservation of Stone. Bologna (1986) 21–6.Google Scholar
15. Amoroso, G. and Fassina, V., Stone Decay and Conservation, Elsevier, New York 1983.Google Scholar
16. Gauri, K.L., Conservation of the California Building, San Diego USA, A Case History. Deterioration and Protection of Stone Monuments, International Symposium, Paris 1978.Google Scholar