the dual-carbon strategy is the main line of the national environmental protection strategy and one of the main themes of the country's economic development in the coming decades. in the construction industry, more than 50% of building energy consumption is caused by doors and windows. developing high-performance energy-saving glass is the only way to effectively improve the energy consumption of building doors and windows and reduce building carbon emissions aiming at the key point of building energy conservation, syp developed the special energy saving product ylu-0116, which is suitable for "zero carbon building" and "low consumption household appliances", its technical parameters such as thermal performance and process ability have reached perfect. increasing the binding force between the film layers by optimizing the structure of the film introducing new lubricating materials, adding a lubricating film on the surface of the basic rigid film layer, reducing the friction coefficient, and effectively solving the problems of scratch and film oxidation during processing. by analyzing the influence of film continuity and roughness on the emissivity, the appropriate formula proportion and quality factor are found to ensure high visible light transmittance and low thermal emissivity.
application area
building doors and windows glass, freezer and other home appliance doors.
high visible light transmittance, visible light transmittance is more than 88% when coating on 3.2mm clear glass substrate.
ultra-low u-value, the igu with 16mm air spacer fulling argon, the u value is equal or less than 1.16w/m2·k.
high shgc can obtain more solar radiation energy.
glass thickness: 3-19mm ( 1/8”~ 1/2”)
maximum size: 3300x18000mm ( 130”~511 4/5”)
minimum size: 300x800mm ( 11 4/5”~31 1/3”)