In the outdoor curtain wall advertising sector, transparent LED screens are the main product. However, through continuous innovation, LED crystal film screens, which are more suitable for practical applications and convenient for end users, have emerged. They enrich the types and display methods of LED displays, providing customers with more choices and possibilities.
Crystal film screens utilize bare LED chip implantation technology. The light panel uses a transparent crystal film film with a transparent mesh circuit etched on the surface. After the components are attached, a vacuum sealing process is used. The product's main advantages are its lightness, thinness, flexibility, and cutability. It can be directly attached to glass curtain walls without damaging the original building structure. When not in use, the screen is invisible, and from a distance, the installation traces are not noticeable. Lianman Optoelectronics, a professional manufacturer of LED crystal film screens, states that its LED crystal screens are only 1.2mm thick, weigh approximately 2kg/square meter, and have an air permeability exceeding 80%. The P20 series products can even reach a permeability of 95%, presenting vivid and bright images, making product images more eye-catching, and providing users with an excellent visual experience through superior color.
Flexible, lightweight, thin, and transparent, LED crystal film screens not only possess the characteristics of flexible screens, allowing for easy bending and the creation of creative shapes such as curved surfaces and spheres, but also boast high transparency. Installation is also simple; the product only requires removing the protective film at the user's preferred location to complete the installation process. This completely avoids the more complex processes required for traditional transparent LED screens, such as the construction of cabinets and steel structural frames, reducing manufacturers' construction costs and improving installation efficiency.
Besides ordinary walls, whether curved, cylindrical, or at a 90° angle, even glass doors and architectural niches can be easily installed, offering great flexibility. The panels can be cut to size to fit different screen shapes. Their lightweight and thin characteristics reduce load-bearing issues, such as on walls, glass, and canopies. Combined with high transparency, they almost blend seamlessly with glass, achieving a "hidden" effect with minimal impact on the building's appearance.
Diverse application areas: Crystal film screens, with their softness, transparency, and thinness, offer more diverse application scenarios, and the installation and maintenance processes are easier. For example, besides applications in architectural glass curtain walls and commercial glass window advertising, LED crystal film screens have great application potential in car and taxi window advertising, glass railings and sightseeing elevator advertising in public places such as commercial centers, hotels, high-speed rail stations, and airports, as well as a series of advertising fields that have not yet been effectively developed.
Simple Installation, New Market Model
In terms of the market, the application requirements of LED transparent screens vary, and most are customized products with different requirements for usage area and clarity, as well as different installation methods for application locations. Therefore, customers pay more attention to pre-sales solution consultation, after-sales installation, and maintenance during the purchase process. For LED transparent screens to truly commercialize, like television, many obstacles need to be overcome.
However, the installation and maintenance of LED crystal film screens are very simple, which is more conducive to commercialization and promotion. Users only need to select the model and can install it themselves, especially in ordinary shops and other usage locations. By saving on installation and construction steps, not only can the convenience of screen sales be improved, but user concerns can also be reduced.
