Simply put, it can be used anywhere with glass. The transparency of a transparent OLED screen reaches 40%, which can better integrate into the scene. Whether it is turned on or off, it is almost identical to regular glass when the content is not displayed. For example, glass curtain walls, commercial display windows, exhibition cabinets, windows, and so on can all be used.

OLED transparent screens, through modern and fashionable video displays, greatly attract the attention of customers, enhance the attention of stores, enhance the image of product brands, and promote business sales. Due to the transparent and lightweight characteristics of transparent screens, they not only add a sense of modern technology, but also fully demonstrate the advantages of the product itself, giving people a unique expression. High end brands such as automobiles, fashion clothing, and jewelry are particularly fond of transparent screens.

Compared to the crystal layer of LED or LCD, the organic plastic layer of OLED is thinner, lighter, and more flexible. The luminescent layer of OLED is relatively light, so its base layer can use flexible materials instead of rigid materials. OLED substrate is made of plastic material, while LED and LCD use glass substrate. LED and LCD require glass as a support, and glass will absorb some of the light. OLED does not require the use of glass.

The thickness can be less than 1 millimeter, which is only 1/3 of the LCD screen, and the weight is also lighter; Solid state mechanism, without liquid substances, therefore has better seismic performance and is not afraid of falling; There is almost no issue with visual angle, even when viewed from a large angle, the image remains undistorted; The response time is one thousandth of that of an LCD, and there will definitely be no dragging effect on the display of the moving image; Good low-temperature characteristics, able to display normally even at minus 40 degrees Celsius, while LCD cannot; Simple manufacturing process and lower cost; Higher luminous efficiency and lower energy consumption compared to LCD; It can be manufactured on substrates of different materials and can be made into flexible displays that can be bent.