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Glass is an item that we often come into contact with and use in our daily lives. From daily necessities like glass cups to architectural decoration materials such as glass curtain walls, glass has made tremendous contributions to the development of world civilization. Next, we will briefly introduce the dimmable glass that becomes transparent when electrified, explain its working principle, and compare it with ordinary glass to highlight its differences.
Why does the dimmable glass in Suzhou become transparent when powered on
The places where this kind of glass is used usually have rather special needs. And when you have a need for privacy and happen to encounter a power outage due to insufficient power supply, the blurriness becomes clear, and then all the privacy is exposed.
So, in terms of product application, the reason why dimmable glass is designed to become transparent when powered and becomes popular is, on the one hand, due to the photoelectric properties of the special liquid crystal material in the dimmable glass film, and on the other hand, it also conforms to the market demand law.
So, is there any reverse dimming glass, that is, a product that is opaque when powered on and transparent when powered off? Yes! It's just that this technology is not yet very mature at present. The market demand is too small and the price is extremely high, so few people know about it.
What are the differences between electrified glass and ordinary glass
Features of electrified glass products：
1. It is transparent when powered on and opaque when powered off. This feature mainly stems from the "electro-optic effect" of the liquid crystal in the dimming film. The product response speed is fast, and it can instantly change from basically transparent to basically opaque or vice versa.
2. Due to the adoption of the laminated glass manufacturing process, the film in the dimmable glass firmly bonds the glass. This ensures that when the dimmable glass is broken due to impact, the glass fragments remain stuck to the film in the middle, preventing them from flying and injuring people.
3. Environmental protection feature: The dimming film and film in the middle of the dimming glass can block over 90% of infrared and ultraviolet rays. Shield infrared rays to reduce heat radiation and transmission. Shielding ultraviolet rays can prevent the furnishings in the room from fading or aging due to ultraviolet radiation, and protect people from diseases caused by direct ultraviolet exposure.
4. Sound insulation feature: The dimming film and film in the middle of the dimming glass have a sound damping effect. It can effectively block out all kinds of noises.
5. Diversified control options are available, including manual switching, light control, sound control, temperature control, remote control, and remote network control.
6. The structure is simple, the cost is low, and the installation is easy. The convenient control mode eliminates the hassle of installing curtains and the trouble of cleaning them in the future.
7. It can be matched with glass of any area. It is transparent when powered on and opaque when powered off, and can be freely switched, which is simple and convenient.
