When the power supply of the dimming glass is switched off, the liquid crystal molecules inside the electronic control dimming glass will show irregular distributing state. At this time, the electronic control glass appear transparent and opaque appearance; when the dimming glass is energized, the inside liquid crystal molecules present neatly arranged, the light can penetrate by self, then the dimming glass instantly rendering transparent state.
Dimming glass can realize the switching of the glass' transparent and opaque state by various ways such as electronic control, temperature control, optical control and pressure control. Owing to a variety of conditions, dimming glass produced from the current market is almost the electrically controlled dimming glass. The principle of electrically controlled glass is relatively easy to understand: When the power supply is turned off, the liquid crystal molecules in the electrically controlled glass will appear irregular dispersion state, so that the light can not be injected into the glass, making the electrically controlled glass appearing opaque state.
Dimming glass is a new type of special photoelectric glass products, which is formed by the laminated structure of the liquid crystal layering into two layers of glass and then cemented by high temperature and high pressure. Through controlling the current, the user can control the transparent and opaque state of the glass. The glass itself not only has all the characteristics of safety glass, but also with the privacy protection function of controlling the transparency or not of the glass . Operating principle: When the power supply of the dimming glass is switched off, the liquid crystal molecules inside the electronic control dimming glass will show irregular distributing state. At this time, the electronic control glass appear transparent and opaque appearance; when the dimming glass is energized, the inside liquid crystal molecules present neatly arranged, the light can penetrate by self, then the dimming glass instantly rendering transparent state.
When the power supply of the dimming glass is switched off, the liquid crystal molecules inside the electronic control dimming glass will show irregular distributing state. At this time, the electronic control glass appear transparent and opaque appearance; when the dimming glass is energized, the inside liquid crystal molecules present neatly arranged, the light can penetrate by self, then the dimming glass instantly rendering transparent state.
