Title :
Effect of paint materials on weathering resistance properties of mortar
Author :
Cho, Shih Wei ; Yang, Chung Chia ; Lin, Ku Tao ; Chuang, Kuo Yi
Author_Institution :
Dept. of Archit. Eng., China Univ. of Sci. & Technol., Taipei, Taiwan
Abstract :
This research focuses on weathering resistance of painting material on mortar. Four kinds of painting materials (acrylics paint, epoxy resins paint, inorganic water-based paint, and all weather paint) were used on mortar. Three deterioration processes - accelerated deterioration of 572 hours in oven at 50 and 75 degree C, accelerated deterioration of 2000 h of mist testing, and 572 hours Xenon light deterioration - were employed to discuss the properties of each painting material. Experimental results show that compressive is little change with different painting materials in deterioration processes. With regard to the deterioration in solar simulation, color and gloss significantly change before 200 hours; classification belongs to a distinct color change. And the acrylic paint has greatest change. Although the temperature deterioration on the mechanics properties of specimens are slightly, but water permeability and chloride diffusion coefficients have larger changes, should be able to react to the temperature on the growth of micro-cracks.
Keywords :
microcracks; mortar; paints; permeability; resins; wear resistance; wear resistant coatings; Xenon light deterioration; accelerated deterioration; acrylics paints; all weather paints; chloride diffusion coefficients; color change; epoxy resins paint; gloss; inorganic water-based paints; microcrack growth; mist testing; mortar; painting materials; temperature 50 degC; temperature 75 degC; temperature deterioration; time 2000 h; time 572 hour; water permeability; weathering resistance properties; Concrete; Mortar; Painting; Paints; Resistance; Temperature; mortar; paint material; temperature;
Conference_Titel :
Consumer Electronics, Communications and Networks (CECNet), 2011 International Conference on
Conference_Location :
XianNing
Print_ISBN :
978-1-61284-458-9
DOI :
10.1109/CECNET.2011.5769450