| Title |
An Analysis of Insulation and construction performance of Surface-enhanced Cement-Based Insulation for Condensation Prevention |
| DOI |
https://doi.org/10.5659/JAIK.2022.38.8.263 |
| Keywords |
Surface-enhanced cement-based insulation; Insulation performance; Construction performance; Experiment |
| Abstract |
The purpose of this study is to analyze the insulation performance and construction performance of the surface-enhanced cement-based
insulation for condensation prevention(‘the developed composite insulation’) developed to solve the problems of the insulation for condensation
prevention constructed as substrate according to the finishing method. In order to analyze the insulation performance, a thermal conductivity
test of the material and a heat transfer analysis of the part of apartment plane were performed. In order to analyze the construction
performance, experiments were designed and conducted according to the finishing method. As a result of the experiment, it was confirmed
that unlike the insulating mortar used on the tile substrate, the developed composite insulation has legal standard insulation performance. It
was confirmed that the developed composite insulation has adhesion strength and construction stability to tiles. It was confirmed that the
developed composite insulation also had adhesion strength of the wallpaper/putty and the adhesion strength against twisting. In addition, it
was confirmed that the developed composite insulation has waterproof capacity and construction stability. |