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In 2018, the new Kexin brand--the LED display with transparent display effect is available.
LED transparent screens, also known as LED glass displays, are a type of display that offers a transparent visual effect. These screens were developed through technical advancements in 2016 and 2017, and since then, their applications have gradually matured. By 2018, the product reached a stage of rapid growth and widespread adoption.
Today, I’d like to give you a brief introduction to this innovative product and share some insights into its front-end manufacturing processes. These techniques not only enhance the display quality but also improve the stability of the product. Understanding these details will help you make more informed decisions when purchasing such screens in the future.
LED transparent screens are similar to LED glass screens. As the name suggests, they are designed to offer better light penetration and reduce or modify traditional materials. Most of them are installed in places where glass is used, hence the term "transparent screen."
These screens retain the advantages of traditional LED displays, such as easy control, low-voltage DC power supply, vibrant color performance, and long lifespan. Their unique properties make them ideal for use in glass curtain wall applications, and they are widely used in urban lighting projects and large-screen display systems.
In addition, they can be used as indoor display curtain walls, making them popular in locations like large squares, stages, bars, high-end dance halls, city landmarks, municipal buildings, airports, car dealerships, hotels, banks, and brand chains. The glass display not only serves a practical purpose but also adds aesthetic value and a degree of concealment.
There are two main manufacturing methods for transparent screens: surface-side illumination and side-mounted positive illumination. The surface-side method is simpler, but it has limited viewing angles due to the position of the LED beads, which can affect the image quality. On the other hand, the side-mounted positive illumination method requires more precise placement and is less commonly mastered by manufacturers. The image below shows a side-lit screen, which, although more complex, delivers significantly better visual results.
I’ll mention here that the latest patching process for side-light LED placement makes the lamp beads much harder to remove, contributing to improved product stability. When you get a chance to touch the product, you’ll notice how secure it feels. This is a significant improvement over older versions, where the LED beads could still be removed with some effort. While there’s a difference in stability between the old and new technologies, the display quality remains the same.