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The use of gold and gold alloys in prosthetic dentistry – a literature review

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Oleszek-Listopad J., Sarna-Bos K., Szabelska A., Czelej-Piszcz E., Borowicz J., Szymanska J.
Current Issues in Pharmacy and Medical Sciences
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2015
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vol. 28
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issue 3
192-195
EN
Gold is a noble metal with very good chemical resistance. It also does not become oxidized in water or air. Pure gold has a bright yellow color and shine, and it is a heavy, but soft metal with huge plasticity and ductility. For many years, gold and its alloys have been recognized as being great prosthetic material in dental practice. In current dentistry, the progress in materials science and galvanoforming techniques have made it possible to create precise restorations utilizing this metal. This pertains both to fixed and removable dentures. Galvanized gold has a range of advantages, among these being biocompatibility, proper marginal tightness, endurance, its esthetic design and the fact that it boasts bacteriostatic features.
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A comparison of the traditional casting method and the galvanoforming technique in gold alloy prosthetic restorations

88%
Sarna-Boś K., Batyra A., Oleszek-Listopad J., Piórkowska-Skrabucha B., Borowicz J., Szymańska J.
Current Issues in Pharmacy and Medical Sciences
|
2015
|
vol. 28
|
issue 3
196-199
EN
Gold is a dental material with very good mechanical properties. It is also aesthetic and biocompatible with the tissues of the oral cavity even at 100% purity. Prosthetic restorations made of pure gold or its alloys can be practiced either through a normal casting, as well as through using the galvanoforming technique. The electrolytic method was first introduced into dentistry about 20 years ago and it allows for producing “pure” gold (which means 99.99% Au). The lack of additions of other metals improves the properties of dental prostheses, such as marginal tightness, esthetics, biocompatibility, and it helps in eliminating any allergic reactions. The literature review presented in this paper is a comparison of the traditional casting method with the newer galvanoforming technique.
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