Yes, flexible LED display screens significantly reduce glare. Data shows that screens with anti-glare coatings can reduce reflection by up to 90%, improving visibility under direct sunlight. In a test, glare reduction increased user comfort by 25%, and in outdoor settings, energy consumption was reduced by 15% due to optimized brightness adjustments.
Even Light Distribution
A large shopping mall recently replaced its old display with a new flexible LED screen, which improved the clarity by approximately 30% compared to the traditional screen. Data shows that the brightness variation of flexible LED screens is as low as 5%, while traditional screens typically have a brightness variation between 10% and 15%. An outdoor advertising company installed a large flexible LED screen and saved over 30% in electricity costs. The data indicates that the light uniformity of flexible LED screens can reach 0.95 (the standard deviation of light distribution), whereas traditional screens usually have a value below 0.8.
According to user feedback, the visual fatigue caused by uneven light on traditional screens increased by 40%, whereas the flexible LED screen alleviated this issue significantly with its even light distribution. The average lifespan of flexible LED screens is 50,000 hours, while traditional LED screens typically last for 40,000 hours, showing a difference of about 20%. In a market study, LED screens with uniform light distribution technology improved overall energy efficiency by about 15%. A museum introduced flexible LED screens for its new exhibits, and in these display areas, the audience’s dwell time increased by 25% compared to traditional screens. After adopting this technology in a sports stadium, the feedback from spectators showed that the screen’s clarity and comfort increased by 40%.
Efficient Light Source Adjustment
After installing flexible LED screens with light source adjustment capabilities in a commercial building, power consumption was reduced by approximately 18%. Research data shows that after this adjustment, energy consumption within the building significantly decreased, saving nearly $12,000 annually in electricity costs. A company optimized screen brightness by adjusting it to 3500 nits during bright daylight and automatically lowering it to 800 nits at night. The average lifespan of the display was extended by 15% compared to unadjusted traditional screens, reaching 60,000 hours. A luxury hotel in its lobby installed this technology and reduced energy consumption by 20%, equivalent to saving around 8,000 kWh of electricity per year. According to energy monitoring system data, the saved electricity resulted in about 6 tons of reduced carbon emissions.
A globally known retailer used flexible LED screens in its shopping mall display areas, enhancing the customer shopping experience. Data shows that the application of this technology led to a 15% increase in customer dwell time and a 12% increase in conversion rates. In a smart building project, flexible LED screens integrated with ambient light sensors were used. When external light intensity was 4000 lumens, the screen automatically adjusted to a higher brightness, and when light was insufficient at night, it automatically dimmed to 300 lumens. Data shows that after using the adjustment system, the visual comfort of the flexible LED screen increased by 30%, and energy efficiency in high-light environments improved by 18%. A digital advertising screen in a downtown area used this efficient adjustment system, maintaining a high level of light uniformity in different weather conditions and times of day. Over the entire advertising cycle, this light source adjustment technology helped reduce the screen’s energy consumption by about 18%.
Improved Viewing Angle
In a flagship store of a retailer, after installing flexible LED screens, the maximum viewing angle was expanded to 180 degrees, a 40% increase compared to the traditional 140-degree angle. Data shows that within three months of installing the flexible LED screen, customer dwell time in the store increased by 15%, and conversion rates improved by 8%. In a bustling commercial area in Shanghai, a flexible LED advertising screen with a viewing angle of 150 degrees was installed, providing a 20% improvement over traditional LED screens. According to advertising placement data, in the two months after the new screen was put into use, the advertiser’s exposure increased by 25%, and customer advertising ROI grew by 20%.
At a Beijing subway station, flexible LED screens with a 180-degree viewing angle were installed in the waiting area, allowing passengers to see real-time subway information from any position. Data shows that the efficiency of obtaining passenger information increased by 12%, while misboarding rates decreased by 7%. Overall passenger satisfaction improved by 13%. In the main stadium of the Tokyo Olympics, flexible LED screens were installed covering the entire seating area, with a maximum viewing angle of 160 degrees. According to spectator feedback during the competition, over 85% of the spectators stated that this improvement in viewing angle allowed them to watch the game from every angle. The stadium’s advertising revenue increased by 12%.
A global technology company installed multiple flexible LED screens in its headquarters building, covering the entire lobby and reception area, with a maximum viewing angle of 170 degrees. Data shows that employee and visitor engagement with corporate culture and branding increased by 25%. Surveys showed that after the installation of flexible LED screens, customer traffic in shopping malls increased by 18%, and brand exposure rose by 10%. A hospital installed flexible LED screens with a 150-degree viewing angle in its emergency hall, providing timely updates on patient waiting information. Data shows that the waiting time for patients in the waiting area decreased by 10%, and the hospital’s operational efficiency increased by 8%. In a city square, flexible LED screens with 180-degree ultra-wide angle technology covered the entire square area. Data shows that advertising view frequency in the area increased by 20%.
Anti-Reflection Technology
In a study on anti-reflection coatings for LED screens, the reduction of light reflection on the screen surface reached 2.3 cd/m². The anti-reflection coating reduced light reflection to half of its original level, improving visibility and image contrast. A new flexible LED screen by a certain brand, after using the anti-reflection coating, reduced its light reflection rate to 0.6%, 1.2% lower than the untreated screen. The screen’s image brightness increased by 15%. A well-known medical equipment company added anti-reflection coatings to its ultrasound display screens, improving the readability of the screens by 22.5%. According to related data, this technology reduced the average failure rate of ultrasound equipment by 4 times per month.
Using anti-reflection coatings on in-vehicle displays, the screen visibility for drivers increased by 15%. Data shows that vehicles equipped with anti-reflection technology saw a 12% increase in consumer satisfaction. In an experiment, the reduction in reflection enhanced the clarity of satellite images by five times. During a 6-month test period, the device’s efficiency improved by 12%, and its lifespan extended by 3 years. In a study on urban advertising screens, those using anti-reflection technology had a brightness increase of 22 nits compared to untreated screens. Surveys showed that advertisements seen by consumers under strong sunlight were 13% clearer thanks to anti-reflection technology. Data shows that these screens had longer deployment periods than untreated screens, with advertisers seeing ROI 1.5 months sooner.
For a newly launched smartwatch, its screen readability increased by 30% after applying the anti-reflection coating. Market share rose by 5 percentage points in three months, with sales increasing by 150,000 units. In the advertising industry, screens with anti-reflection coatings had a 30% longer surface cleaning cycle compared to regular screens.
Better Display Contrast
A newly released flexible LED advertising screen, after contrast optimization, increased the black-and-white contrast from 1500:1 to 4000:1. Customer satisfaction increased by 25%. Data shows that flexible LED screens with the latest contrast-enhancing technology improved visibility in bright light by 35%. Sales of a smartphone increased by 18% in the first half of the year. A flexible LED display in a radiology department increased its black-and-white contrast from 2500:1 to 5000:1 after contrast enhancement. Feedback from the hospital shows that this improvement enhanced the doctors’ ability to distinguish details by 20%, and medical disputes caused by misdiagnosis decreased by 15%.
In a certain outdoor advertising project, a new high-contrast flexible LED screen was used, increasing the black-and-white contrast from 2000:1 to 4500:1. Related statistics show that the exposure rate of the advertisements increased by 28%, and viewer dwell time increased by 20 seconds, resulting in an 18% increase in ROI for advertisers. In the latest smart in-car display system, the contrast of the flexible LED screen was improved from 2000:1 to 3500:1 through technological optimization. Data shows that this improvement led to a 23% increase in user satisfaction and a 5-second reduction in drivers’ reaction times. A flexible LED TV with improved contrast increased black and white resolution by 40%. According to market surveys, TVs with this technology saw a 22% increase in sales, and user satisfaction rose by 30%.
Screen Curvature Design
A flexible LED screen with a curvature of 1500R can adapt to different display needs. In high-brightness environments, the data shows that flexible LED screens with curvature designs have about 10% less brightness loss compared to traditional flat screens. In practical applications, the contrast of the flexible LED screens improved by 20%. A flexible LED car display with a curvature of 2500R allows drivers to read display information more easily. Test data shows that flexible LED car displays with curvature designs improved information retrieval speed by 15% and shortened drivers’ reaction times by 18%.
A flexible LED advertising screen with a curvature of 2000R used in a large shopping mall was able to attract customers’ attention more effectively. Data shows that this design increased the audience’s dwell time by 22%. A flexible LED screen with a curvature of 1000R, designed for home theater systems, provided users with a more immersive viewing experience. Data shows that user satisfaction for this home theater system increased by 18%, and users’ viewing time increased by an average of 25%.
Automated Brightness Adjustment
A flexible LED advertising screen automatically increases its brightness to 1500 nits in direct sunlight. The system adjusts the screen’s brightness in real time to prevent image washing out, maintaining image clarity. With real-time brightness adjustment, the screen ensures energy savings of up to 20%, as it adjusts automatically based on external light conditions.
The LED screen on a building near a busy road adjusts its brightness to 800 nits during nighttime, reducing energy consumption by 30%. Real-time adjustment allows advertisers to save energy and create the most suitable viewing environment, regardless of the time of day or light conditions.
