In this work a commercially available Si-based resins have been applied as protective agents on both stone materials (Carrara, Botticino, Candoglia marbles and Angera stone) and mortars made using both hydraulic binder NHL 3.5 and lime putty. Furthermore, since it is well known that the mix of resins with nanoparticles allowed to obtain complete buoyancy and self-cleaning properties, hybrid coatings containing home-made TiO2 nanoparticles mixed with the commercial silane polymers ware applied to the stones and mortars
STONES AND MORTARS PROTECTION: THE NEW FRONTIER OF HYBRID COATINGS / G. Cappelletti1; P. Fermo; E. Pecchioni; F. Fratini; M. La Russa; S. A. Ruffolo; M. Camiloni; S. Angeli; A. Candeliere. - ELETTRONICO. - (2014), pp. 1-3. (Intervento presentato al convegno AIAR VIII Congresso Nazionale di Archeometria Scienze e Beni Culturali: stato dell’arte e prospettive tenutosi a Bologna nel 5-7 Febbraio 2014).
STONES AND MORTARS PROTECTION: THE NEW FRONTIER OF HYBRID COATINGS
PECCHIONI, ELENA;
2014
Abstract
In this work a commercially available Si-based resins have been applied as protective agents on both stone materials (Carrara, Botticino, Candoglia marbles and Angera stone) and mortars made using both hydraulic binder NHL 3.5 and lime putty. Furthermore, since it is well known that the mix of resins with nanoparticles allowed to obtain complete buoyancy and self-cleaning properties, hybrid coatings containing home-made TiO2 nanoparticles mixed with the commercial silane polymers ware applied to the stones and mortars
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