The LED film screen breaks the shackles of traditional LED displays and uses specific bare chip technology to cleverly mount the LED lights on the highly transparent PCB board. After a unique capping process, it takes on the form of a highly transparent optical lens-type substrate, with a thickness of only 1 to 3 mm. How does the LED film screen compare with traditional LED displays? What are the advantages?
Traditional LED displays, with their heavy body, cumbersome maintenance procedures and poor heat dissipation performance, make them seem incompatible in modern urban landscapes. Its high operating costs, long construction cycles and potential safety hazards not only increase operating costs, but also affect the aesthetics of the building. In addition, its poor lighting effect is often difficult to pass regulatory approval, limiting its application in urban landscapes.
In contrast, LED film screens have become a new favorite in modern urban landscapes with their unique advantages. Its high transparency design allows light to penetrate freely, which not only ensures smooth indoor and outdoor lighting, but also does not have any impact on the original design. The installation process is simple and fast, and requires no complex support structure and building structure changes. It can be directly attached to the glass curtain wall. It supports arbitrary cutting, which is both beautiful and practical.
Its curved display characteristics vividly demonstrate the flexibility and adaptability of the LED film screen. Whether it is a curved building curtain wall or various irregular spaces, the LED film screen can be perfectly adapted to meet the design needs of different venues. Its display effect is impeccable. There are no dead spots or color cast when viewing, and the image is always perfect and seamless. Whether it is advertising effect or artistic effect, it is first-class.
In addition, the LED film screen also has a long service life and low maintenance costs. Its superior heat dissipation performance improves photoelectric conversion efficiency, reduces the failure rate of the display screen, makes the display screen longer life and reduces maintenance costs. At the same time, its energy-saving and environmental protection characteristics also make it an indispensable part in the pursuit of green and low-carbon urban construction. It does not require traditional refrigeration systems and air conditioners to dissipate heat, and saves more than 30% energy than ordinary LED displays, making a positive contribution to the sustainable development of the city.