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In addition to using nano to produce PVC profiles, the same material, namely silica nanoparticles, can be used for nanocoatings. The desired solution is taken to the site and, after the installation PVC profile, applied to it as a coating. The doors produced in this company use one or both of these methods according to the desired use and physical characteristics to find the desired physical, chemical, and mechanical properties.
As mentioned, this startup is producing nano-coated PVC doors that are intelligent too. The importance and necessity of energy saving have been discussed for many years, but achieving a logical and clear solution is still one of the governments’ main challenges and problems. About a third of a building’s energy is wasted through glass doors and gates. For this reason, efforts to reduce energy consumption in buildings are focused on these two issues. For example, in summer, one of the most essential and significant heat entering the house is the heat from the sun, which penetrates the house through doors and windows. And dramatically increases energy consumption in cooling systems and causes much energy to be wasted from cooling devices. On the other hand, it can use the sun’s heat to heat the house in winter and reduce the consumption of heating devices

. The advantages and applications of these intelligent doors are:

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