ICESUN vacuum glass has such an experiment: compared with ordinary glass, after boiling on the pot for 10 minutes, ICESUN vacuum glass rises from 20 degrees to 23 degrees, while ordinary glass rises from 20 degrees to 55 degrees. In other words, our energy saving vacuum glass has more than 10 times better thermal insulation performance than the ordinary glass used on the existing windows, which can solve the problem of energy conservation in existing buildings, promote the realization of our national carbon neutralization goal, and make great contributions to the cause of environmental protection in the world.
As is well known, building energy conservation is a key issue in the field of environmental protection. The data shows that, generally speaking, building energy consumption accounts for more than 30% of the total energy consumption, approaching 40%. Among them, the energy consumption and heat dissipation of doors and windows are the largest source. Experts have found that 83% of the energy runs out of the window. In the past, people always worked hard on the window frame. In fact, they should work more on the window glass. We are determined to keep the performance of window glass as warm as the wall, so as to lead the world, so there is the birth of tempered vacuum glass. Environmental vacuum glass has excellent comprehensive performance. For example, it has the advantages of low U value of heat transfer coefficient (U value can be lower than 0.4), high visible light transmittance, adjustable total solar transmittance and glass selectivity coefficient, long service life, wide application area, high sound insulation and good anti condensation performance, which meets the requirements of external windows of ultra-low energy consumption buildings with good daylighting, heat insulation and thermal insulation performance.
