Abstract—As innovative materials based on glass our research picks substances that can be applied on the glass or glazed structures and objects and effects positively and improve the quality of their inner environment. In this research project is new material applied to the sample glass material and other matrices for which we assume "inappropriate" physical properties of thermal conductivity and light transmittance. Glass bubbles are used as thin-layered internal isolation. Observed parameters are the thickness, color, structure and texture of applied materials. Among the major measurable values is light and heat transmission in both summer and winter (ie bidirectional passages of the heat and light energy). These parameters also relate to the requirements for the quality and quantity of throughput light and heat radiation.
Index Terms—Glass bubbles, hollow glass microsphere, coating material, isolation, thermal and daylight internal environment.
F. Novotný and D. Bošová. are with the Czech Technical University Institute of Building Technologies II, Prague 6, 16000 CZ (e-mail: novotfr2@fa.cvut.cz, daniela.bosova@fa.cvut.cz).
L. Prokopová was with the Czech Technical University Institute of Building Technologies II, Prague 6, 16000 CZ (e-mail: prokopova.lenka@centrum.cz).
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Cite: František Novotný, Lenka Prokopová and Daniela Bošová, "Innovative Coating Materials for Glass Structures," International Journal of Materials, Mechanics and Manufacturing vol. 6, no. 3, pp. 195-198, 2018.
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