Fired bricks have been used for construction purposes in China for at least two thousand years. Since the mid-19th century the manufacture of bricks has shifted from an old to a new system. The unique Chinese blue brick has been gradually replaced by the European red brick and other modern products. This study focuses on Shanghai as a representative city in that transitional period, aims at addressing the true condition of the modern changes in China’s brick history and the heritage today. The paper presents the first results of an interdisciplinary investigation. Fourteen brick samples and one sample of raw material were studied with regard to the mineralogical, petrographic, chemical, physical, mechanical characteristics, and the maximum firing temperature. It also makes measurements of the presented soluble salts in the altered brick samples. Preliminary conclusions are drawn with regard to three critical issues: the provenance of the bricks, the hitherto undocumented changes in the manufacturing technology, and the condition of the brick material in terms of conservation.

China's brick history and conservation: laboratory results of Shanghai samples from 19th to 20th century / Shu, C. X.; Cantisani, E.; Fratini, F.; Rasmussen, K. L.; Rovero, L.; Stipo, G.; Vettori, S.. - In: CONSTRUCTION AND BUILDING MATERIALS. - ISSN 0950-0618. - STAMPA. - 151:(2017), pp. 789-800. [10.1016/j.conbuildmat.2017.06.094]

China's brick history and conservation: laboratory results of Shanghai samples from 19th to 20th century

Rovero, L.;Stipo, G.;Vettori, S.
2017

Abstract

Fired bricks have been used for construction purposes in China for at least two thousand years. Since the mid-19th century the manufacture of bricks has shifted from an old to a new system. The unique Chinese blue brick has been gradually replaced by the European red brick and other modern products. This study focuses on Shanghai as a representative city in that transitional period, aims at addressing the true condition of the modern changes in China’s brick history and the heritage today. The paper presents the first results of an interdisciplinary investigation. Fourteen brick samples and one sample of raw material were studied with regard to the mineralogical, petrographic, chemical, physical, mechanical characteristics, and the maximum firing temperature. It also makes measurements of the presented soluble salts in the altered brick samples. Preliminary conclusions are drawn with regard to three critical issues: the provenance of the bricks, the hitherto undocumented changes in the manufacturing technology, and the condition of the brick material in terms of conservation.
2017
151
789
800
Shu, C. X.; Cantisani, E.; Fratini, F.; Rasmussen, K. L.; Rovero, L.; Stipo, G.; Vettori, S.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1107578
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