Thermodynamic Properties of Reflective Coatings

Author:

Čekon Miroslav1

Affiliation:

1. Slovak University of Technology in Bratislava

Abstract

As a part of introducing new technologies and materials, reflective coatings are among many other materials ones, which have to be taken into account. This article presents the results of a comparative nature aiming to investigate the thermodynamic properties of selected reflective coatings on energy balance for periods of heating. In order to investigate their thermal performance at the external building surfaces dynamic outdoor testing was used. Two comparative coatings and reference standard facing coating were used for various samples. The measured data demonstrates that the representative coating consisting of hollow ceramic microspheres have the same thermodynamic properties as a standard facing coating, while the reflective coating have distinctive thermal performance effect depending on thermal insulation functions of measured samples.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference9 articles.

1. A. Synnefa, M. Santamouris, I. Livada, A Study of the Thermal Performance of Reflective Coatings for the Urban Environment. In Solar Energy, 2005, vol. 80(8), p.968–981. [quoted 2011-05-21]. http: /dx. doi. org/10. 1016/j. solener. 2005. 08. 005.

2. R. Steuer, Analysis of Physical Properties of Materials of External Insulation of Buildings in Relation to the Decrease of Moisture Load (Studium fyzikálních vlastností materiálů vnějšího zateplení budov z hlediska snížení vlhkostní zátěže): dissertation thesis. Brno, 2008. 134 pp. (in Czech).

3. M. Kalousek, Examination of Thermal Properties of Coating Supertherm (Posouzení teplně technických vlastností náteřu Supertherm). Brno: FAST in Brno, 2007. vol. 10 (in Czech) http: /www. reflexe. nazory. cz/download/Posouzen%ED_SUPERTHERM_z%E1klad. pdf.

4. S. Šťasník, M. Kalousek, R. Steuer, Examination of Thermoshield Coating Composition in Terms of Energy Balance Influence of Buildings (Posouzení nátěrové hmoty Thermoshield zhlediska projevu na tepelnou bilanci budov). In Expertise (Znalecký posudek) 12/2008. Brno, FAST VUT v Brne. 2008. vol. 60 (in Czech).

5. M. Čekon, Thermodynamic Properties of Low-Emissivity Coatings of Building Surfaces (Termodynamické vlastnosti nízkoemisných náterov stavebných povrchov): dissertation thesis. Bratsilava, 2011. 127 pp. (in Slovak).

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