1. Flexible LED displays are easily bendable, allowing for more types of installation and splicing methods compared to conventional LED displays. Common installation methods include floor-standing, embedded, suspended, and ceiling-mounted installations. They are less limited by installation site constraints and have a wider range of applications, enabling the creation of various creative custom-shaped LED screens.
2. Flexible LED displays have an anti-blue light function, effectively preventing blue light damage to the eyes and avoiding fatigue caused by prolonged viewing. In indoor environments, especially in exhibition halls and commercial complexes, people often view the display content at close range, making the anti-blue light function indispensable. Conventional LED displays generally lack this function.
3. Flexible LED displays use flexible PCBs, and both the mask and back cover are made of silicone material, resulting in good module flexibility. They can be bent to an arc of over 140 degrees, with a viewing angle exceeding 140 degrees. This makes them ideal for curved and flexible applications in exhibition halls, indoor meetings, commercial complexes, and stage performances, helping to enhance the atmosphere and quality of the venue and create more unique visual effects. Conventional LED displays operate on a principle similar to televisions, using effective combinations of red, green, and blue to reproduce different colors in images, and cannot meet the diverse needs of users.
4. Flexible LED displays come in a wider range of specifications. Their characteristics of arbitrary bending, high flexibility, and high display density allow for truly seamless splicing, effectively reducing visual gaps and making the image display more continuous. They are very impressive for indoor use, even at close distances. The refresh rate is generally above 3840Hz, providing rapid response and eliminating image ghosting, resulting in smoother and more delicate image playback and a more comfortable viewing experience. Intelligent module design saves calibration time, resulting in high image fidelity, smooth transitions, and clearer texture processing. Conventional LED displays often have fixed specifications and cannot be bent arbitrarily, failing to meet the needs of various irregular display surfaces.
In summary, these are the differences between flexible LED displays and conventional LED displays. Flexible LED displays and traditional LED displays operate on the same display principles. The only difference is that flexible LED displays utilize flexible PCB boards and casings, allowing for folding up to 120 degrees. Flexible LED displays offer vibrant colors and a strong three-dimensional effect, and are widely used in finance, taxation, industry and commerce, postal services, sports, advertising, factories and mines, transportation, education systems, train stations, docks, airports, shopping malls, hospitals, hotels, banks, securities markets, construction markets, auction houses, industrial enterprise management, and other public places.
