High transmittance
Use the integrated MiniLED lamp beads to improve its own permeabilityUseinvisible grid circuit to improve its permeability
The transmittance is more than 90%       which does not affect the glass daylighting

LED screens can achieve flexibility and curvature due to the nature of the materials and technology used in their construction. Unlike traditional display technologies such as LCD, LED screens use light-emitting diodes (LEDs) as individual pixels. Here's why LED screens can be curved:
Flexible Substrate Materials:LED screens use flexible materials as substrates, the underlying layer that supports the electronic components. Common flexible substrates include polyimide and other flexible plastics.These materials allow the screen to bend without compromising the functionality of the LED pixels.
Thin and Lightweight Design:LED displays are inherently thin and lightweight compared to traditional displays. The absence of a bulky backlight, as seen in LCDs, contributes to their sleek profile.The slim design makes it easier for the screen to bend or curve without adding excessive weight or thickness.
Direct Emission of Light:LEDs emit light directly, in contrast to LCDs, which require a backlight. This direct emission allows for more flexibility in designing the display, as there is no need for a rigid backlight unit.
Segmented Modules:Many LED screens are composed of smaller modular units. Each module contains a cluster of LEDs and associated electronics.These modular units can be assembled in a way that accommodates curves and bends, providing designers with the flexibility to create curved or even wraparound displays.
Customizable Form Factors:LED screens c

The cost of an LED screen can vary widely depending on several factors, including the size, resolution, technology, and brand. LED screens are used in various applications such as televisions, computer monitors, digital signage, and outdoor displays. Here, I'll provide a general overview of the cost considerations for different types of LED screens.
Consumer LED TVs and Monitors:Small to medium-sized LED TVs for home use can range from a couple of hundred to a few thousand dollars, depending on factors like brand, screen size, and features.High-end TVs with advanced technologies, such as OLED or 4K resolution, tend to be more expensive than standard LED TVs.
Commercial Displays and Digital Signage:Large-format LED displays used for digital signage, advertising, or presentations in commercial settings can vary significantly in cost.Basic commercial LED displays might start from a few thousand dollars, while high-end, large-scale installations with advanced features can cost tens or even hundreds of thousands of dollars.
Outdoor LED Screens:Outdoor LED screens designed for stadiums, arenas, or large public spaces are typically more expensive due to their size and additional weatherproofing requirements.Costs for outdoor LED displays can range from tens of thousands to millions of dollars, depending on the size, resolution, and level of customization.
LED Walls and Video Walls:LED walls, used for creating immersive visual experiences or video walls in control

The Holographic LED Screen is a revolutionary display technology that seamlessly blends holography and LED illumination, creating mesmerizing three-dimensional visual experiences. Unlike traditional screens, this innovation goes beyond the confines of flat imagery, introducing depth and realism to the viewer. At its essence, it combines holographic principles with the brilliance of LED technology to produce captivating and immersive visual spectacles. Let's delve into the unique features, technical intricacies, and potential applications that make the Holographic LED Screen a groundbreaking advancement in the world of visual displays.
A Holographic LED Screen employs a sophisticated interplay of lasers, mirrors, and transparent screens to generate three-dimensional holographic visuals. This process involves capturing a 3D scene, encoding it into a holographic medium, and projecting it using an array of LEDs. The result is a visual feast that seems to defy the constraints of the screen, offering viewers a sense of wonder and engagement.
LEDs play a pivotal role in enhancing the vibrancy of holographic projections. Their precise illumination ensures that holographic images are vivid and visible in various lighting conditions. By manipulating light patterns through lasers and transparent surfaces, the technology creates optical illusions, forming lifelike 3D images that appear to float in space. The integration of LEDs amplifies the impact of these holographic displa

Bendable LED screens, with their flexible and versatile properties, can find applications in various fields. One prominent area where bendable LED screens can be utilized is the advertising industry. These screens can be curved and shaped to fit unconventional spaces and create visually striking and immersive advertisements. Advertisers can wrap them around curved surfaces or utilize them in interactive displays, effectively capturing the attention of potential customers. The flexibility of bendable LED screens also allows for easy installation and customization to meet specific advertising needs.

The entertainment industry is another field where bendable LED screens can make a significant impact. These screens can be used to create curved or cylindrical displays, enhancing the visual experience for audiences. Whether in concerts, theaters, or exhibitions, bendable LED screens enable unique stage designs, immersive background visuals, and interactive installations. Their ability to adapt to different shapes adds a new dimension to storytelling and visual effects, ultimately enhancing the overall entertainment value.
In the realm of architecture, bendable LED screens offer innovative possibilities for transforming buildings into interactive displays. These screens can be integrated seamlessly into the design of the structure, adding dynamic visuals and real-time information. For example, curved LED screens can display weather updates, news, or artistic projections

Yes, LED screen displays can be curved, and they are often referred to as curved LED displays. These innovative displays are designed with flexible LED technology, allowing them to be bent and shaped to create concave or convex curved screens. The flexibility of the LED panels and the supporting structure enables the creation of seamless and visually striking curved display installations for various applications.

Curved LED displays offer a range of benefits, including enhanced viewing experiences, especially in environments where traditional flat displays may not be practical or visually impactful. The flexibility of the LED panels allows for creative and unique designs that can captivate audiences and provide a more immersive visual experience.
The construction of curved LED displays involves utilizing specialized flexible LED panels, which are capable of bending without affecting the quality of the displayed content. These panels are typically lightweight and thin, making them conducive to creating curved shapes without compromising on picture quality.
In addition to their aesthetic appeal, curved LED displays are often used in applications where a wide viewing angle and uniform image quality are essential. The curved design helps to minimize image distortion and ensures that viewers from different angles can enjoy an optimal viewing experience.
It is important to note that the process of curving LED displays requires expertise in both the design and i

In the realm of visual technology, holographic LED screens have emerged as a groundbreaking innovation, captivating audiences with their mesmerizing and immersive displays. Unlike traditional flat screens, holographic LED screens create three-dimensional holographic images that appear to float in mid-air, providing a truly captivating viewing experience. The advantages of holographic LED screens are not only limited to their stunning visual appeal but also extend to their versatility, interactivity, and potential applications in various fields.

One of the primary advantages of holographic LED screens lies in their ability to create lifelike and engaging visuals. By projecting three-dimensional holograms, these screens offer a sense of depth and realism that is unparalleled by conventional displays. This immersive experience captures the attention of viewers and leaves a lasting impression, making holographic LED screens ideal for advertising, product launches, and entertainment events. Whether used in retail environments to showcase products in a dynamic and interactive manner or in museums to bring historical artifacts to life, these screens elevate the overall impact of visual presentations.
Another significant advantage of holographic LED screens is their interactivity. Advanced technology allows these screens to respond to gestures, touch, and even voice commands, enabling users to interact directly with the holographic content. This interactive feature opens

Transparent LED displays, with their innovative technology, are revolutionizing the way visual content is showcased. Their unique design allows light to pass through the screen, creating a see-through effect that blends digital content seamlessly with the surrounding environment. This advanced feature makes transparent LED displays highly versatile, finding applications in various settings where an engaging, dynamic, and interactive display is desired.


Common Applications:
Retail Stores: Transparent LED displays are extensively used in retail environments. They transform store windows into captivating digital showcases, where products can be displayed in a visually appealing manner. These displays enable retailers to showcase promotions, advertisements, and product features while allowing customers to view both the displayed content and the products inside the store simultaneously.
Museum Exhibits: Museums utilize transparent LED displays to enhance exhibits and provide interactive experiences for visitors. These displays can overlay digital information, historical facts, or multimedia content on artifacts, creating an immersive and educational environment. The see-through nature of the displays preserves the aesthetic appeal of the exhibits while offering a modern and engaging way to present information.
Corporate Spaces: Transparent LED displays find their place in corporate settings, such as boardrooms and lobbies. They serve as impressive digital

Flexible LED screens, with their innovative design and adaptability, have transformed the way we perceive digital displays. As these screens bend and curve to fit various surfaces, a common question arises: are they prone to damage? Contrary to initial concerns, flexible LED screens are engineered with durability in mind, making them surprisingly resilient despite their flexible nature.

The robustness of flexible LED screens is attributed to several key factors. Firstly, they are crafted using high-quality materials that offer both flexibility and strength. Advanced polymers and compounds allow the screen to bend and twist without compromising the integrity of the display. These materials are engineered to withstand repetitive flexing, ensuring the screen maintains its functionality even when subjected to bending or curving for creative installations.
Additionally, manufacturers have implemented innovative techniques to protect the internal components of flexible LED screens. Reinforced circuitry and secure encapsulation shield delicate electronics from external elements like dust, moisture, and physical impact. This safeguarding not only preserves the screen's performance but also extends its lifespan, making it suitable for various applications, including curved displays, digital signage, and artistic installations.
Moreover, continuous research and development in the field of flexible displays have led to the creation of screens with enhanced durabilit

A "Flexible LED Display P6.25" refers to a specific type of LED display panel with a pixel pitch of 6.25mm. The term "flexible" suggests that the LED display panel is designed to be bendable or curved to a certain degree, allowing for creative and unique display configurations.Key Characteristics:Pixel Pitch: The pixel pitch of 6.25mm indicates the distance between the centers of two adjacent pixels on the LED display. Smaller pixel pitch values generally result in higher resolution and sharper images, especially when viewed from a close distance.Flexibility: The flexibility of this LED display means that it can be bent or curved to fit various shapes and surfaces. This feature makes it suitable for installations where traditional rigid LED panels might not be practical.Applications: Flexible LED displays with a pixel pitch of 6.25mm are often used in indoor and outdoor environments for advertising, entertainment, events, stage shows, exhibitions, and architectural lighting. The ability to bend the display allows for innovative and attention-grabbing designs.Brightness and Resolution: The specific brightness and resolution of the display would depend on the manufacturer and model. Brightness is measured in nits (cd/m²) and determines how visible the display is under different lighting conditions. Resolution is determined by the total number of pixels in the display and affects the clarity of images and videos displayed.Control and Connectivity: Flexible LED displays are usua

Yes, Flexible LED Display Panels are designed to be not only visually impressive but also highly durable. These panels are built using high-quality materials and advanced manufacturing techniques, ensuring their longevity and robustness in various environments. The durability of Flexible LED Display Panels is particularly evident in their resistance to impact, vibrations, and external elements.

These panels are often equipped with protective layers that make them resistant to scratches, ensuring that they can withstand daily wear and tear. Additionally, they are engineered to have excellent heat dissipation properties, preventing overheating and ensuring consistent performance over time. This durability is essential, especially in high-traffic areas where the displays may be subject to accidental impacts or rough handling.
Moreover, Flexible LED Display Panels are designed to be energy-efficient, reducing heat generation and prolonging the lifespan of the LEDs. The components used in these panels are carefully selected for their durability, allowing them to operate reliably even in challenging conditions.
Furthermore, manufacturers conduct rigorous quality control tests to guarantee the durability of Flexible LED Display Panels before they reach the market. These tests simulate various environmental factors, ensuring that the panels can withstand different conditions, such as temperature variations and humidity levels.
In summary, Flexible LED Display Pan

The lifespan of a flexible LED display, like any electronic device, depends on various factors, including the quality of its components, usage patterns, and environmental conditions. On average, a well-maintained and high-quality flexible LED display can last anywhere from 50,000 to 100,000 hours of active use. Here are the key factors influencing its longevity:
1. Quality of Components: The quality of the LEDs, driver chips, power supply units, and other components used in the display significantly impacts its lifespan. Displays constructed with high-quality materials and components tend to last longer.
2. Usage Patterns: The number of hours per day the display operates and the content it displays are crucial factors. Displays used continuously at maximum brightness will have a shorter lifespan than those used intermittently or at lower brightness levels.
3. Environmental Conditions: The environment in which the flexible LED display operates also matters. Factors like temperature, humidity, and exposure to dust and moisture can affect the longevity of the display. Displays installed in harsh conditions may require more frequent maintenance and could have a shorter lifespan.
4. Maintenance and Care: Regular maintenance, such as cleaning, proper ventilation, and addressing any issues promptly, can extend the lifespan of a flexible LED display. Dust accumulation, for example, can impact cooling and lead to overheating.
5. Manufacturer and Quality Assurance: