市面上的玻璃LED透明螢幕是真正的全透明嗎?

曆年, the application of LED透明螢幕 in the field of stage design has become increasingly widespread. 從電視節目舞台到各種音樂會, 然後到 2023 跨年演唱會, 玻璃LED透明螢幕因其透明的特性,已被現代設計師充分利用, 通暢, and flexible use. Outside the stage, glass LED transparent screens are gradually entering the high-end display market, and have penetrated into outdoor advertising, 展覽, display windows and other display fields at a considerable speed. 所以, we have already analyzed the development of glass LED transparent screens in outdoor advertising before, and in the field of commercial display, can glass LED transparent screens capture their own territory?

led透明屏
事實上, glass LED transparent screens are not fully transparent. They mainly improve the transparency of LED display screens through some technologies, making them more transparent. 如今, the most common type is glass curtain wall LED transparent screens, which are installed inside the glass curtain wall. In many high-rise buildings, 購物廣場, and other places, LED transparent screens cannot be seen outside the glass curtain wall. It is the same as not installed, but when the display screen is lit up, a clear and beautiful picture can be seen. And it will not affect the lighting and ventilation inside these high-rise buildings and shopping malls. This is what reality calls a glass LED transparent screen.

Glass LED transparent screen is a new concept of LED display screen first proposed in 2014, named to distinguish it from traditional LED display screens, light bar screens, and glass screens. In just a few years, the concept of “透明LED顯示器” has been widely promoted, and many products in the industry, including glass screens, light strip screens, grille screens, curtain screens, grids, strip screens, 等等, have also begun to be named after them, triggering a wave of “透明LED顯示器”.
Glass LED transparent screen, 顧名思義, is characterized by transparency. The objective performance of traditional screens, such as being opaque to light and air, has caused many problems such as heavy screen body, poor heat dissipation, redundant structure, high power consumption, and abrupt appearance, thus giving rise to “透明LED顯示器”.