DLS-005- Aurora Marble

Auroreous Marble --- Marbling Series

1.The integrated system of metal exterior wall insulation board mainly has the following four core energy-saving technologies: special aluminum-zinc plated steel plate, rigid foamed polyurethane, reflective film, and air layer.
2.
3.The metal exterior wall insulation board substrate adopts 0.25mm thick aluminum-zinc plated steel plate, the surface through the principle of pressing balance greatly enhances the strength of the surface layer, but also greatly improves the effect of decoration, the finish can be pressed into a variety of different styles of texture, can meet the needs of different grades of decoration, enhance the image of the building facade, and inject batik new vitality into the appearance of the building. It saves energy and reuses energy more effectively. (The theoretical life of aluminum-zinc plated steel plate is more than 45 years, and the recovery rate can reach 99.9).

3, the middle insulation layer using rigid foamed polyurethane is currently the international advanced technology, in line with environmental protection requirements of the insulation material, at the same time after testing, rigid polyurethane foam in high temperature after 25 years of use, its thermal insulation performance dropped less than three percent, coupled with the back with aluminum foil or glass fiber cloth closely combined with the protective effect, more effectively ensure that the metal exterior wall insulation board wall energy-saving system to maintain long-term stability and good insulation and energy-saving effect.

4. The design structure of the energy-saving system of the metal exterior wall insulation board completely eliminates the influence of "cold and hot bridge". The unique air layer can adjust the humidity of the wall, effectively avoiding the occurrence of indoor humidity, mold and other phenomena. At the same time, because the metal exterior wall insulation board is placed on the outside of the building envelope, it avoids structural damage caused by natural and harsh factors such as wind, sun, rain and snow, etc., thereby prolonging the service life of the building.