EVALUATION OF THE INFLUENCE OF ACCELERATED CARBONATION ON THE BOND STRENGTH BETWEEN ALC AND CERAMIC TILES

EVALUATION OF THE INFLUENCE OF ACCELERATED CARBONATION ON THE BOND STRENGTH BETWEEN ALC AND CERAMIC TILES

Carbonation of ALC panels progresses simultaneously throughout the whole section. Even with ceramic tiles laid on one side of the panel, ALC is carbonated to the back of the tiles by CO2 penetration from the other side. In this research, tiled ALC panels were subjected to accelerated carbonation fol...

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Veröffentlicht in:AIJ Journal of Technology and Design 2016, Vol.22(52), pp.863-866
Hauptverfasser: MIZUTANI, Yoshikatsu, KITSUTAKA, Yoshinori, MATSUZAWA, Koichi, IEDA, Yoshiyuki
Format: Artikel
Sprache:eng ; jpn
Schlagworte:
Adhesive strength
ALC panels
Bonding strength
Carbon dioxide
Carbonation
Carbonation progression
Ceramic bonding
Ceramics
Finishing tiles
Panels
Tiles
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Zusammenfassung:Carbonation of ALC panels progresses simultaneously throughout the whole section. Even with ceramic tiles laid on one side of the panel, ALC is carbonated to the back of the tiles by CO2 penetration from the other side. In this research, tiled ALC panels were subjected to accelerated carbonation followed by bond strength testing between ALC and tiling. As a result, it was found that carbonation of ALC does not directly cause tile spalling up to a carbonation degree of 89%.
ISSN:1341-9463
1881-8188
DOI:10.3130/aijt.22.863