Dimming glass film has a wide range of application scenarios: home residences, conference rooms and offices, hotels, medical institutions, and commercial applications
It uses electricity to adjust the line of sight of light, specifically through a layer of dimming liquid crystal film. After being powered on, the liquid crystal molecules are arranged neatly, allowing light to pass through and making the glass transparent; When the power is cut off, the liquid crystal molecules are irregularly dispersed, light cannot pass through, and the glass appears milky white.
The advantages of dimming glass film include privacy protection, energy saving, and high flexibility. It can protect privacy during power outages and provide transparent visibility when powered on;

Dimming glass can switch between transparent and atomized states when powered on or off, thus protecting privacy. Dimming glass has various characteristics, including privacy protection, good impact resistance, UV/infrared insulation, thermal insulation, and sound insulation

Dimming glass can switch between transparent and atomized states when powered on or off, thus protecting privacy. Dimming glass has various characteristics, including privacy protection, good impact resistance, UV/infrared insulation, thermal insulation, and sound insulation

Dimming glass can switch between transparent and atomized states when powered on or off, thus protecting privacy. Dimming glass has various characteristics, including privacy protection, good impact resistance, UV/infrared insulation, thermal insulation, and sound insulation