| Customization: | Available |
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| Tube Chip Color: | Full Color |
| Display Function: | Video Display, Image & Text Display, Text Display |
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| Model | P3 | P5 | P10 |
| LED Lamp | Smd1921 | SMD1921 | Smd2727 |
| Pixel | 3.91-7.81 | 5.2-10.4 | 10.4-10.4 |
| Modules Size | 500*250 | 500*250 | 500*250 |
| Cabinet Size | 1000*500 | 1000*500 | 1000*500 |
| Transparent | ≥75% | ≥75% | ≥75% |
| Material | Die casting aluminum | Die casting aluminum | Die casting aluminum |
| Weight /kg | 7.5kg/sqm | 15kg/sqm | 15KG/sqm |
| View Angel | 160°/110° | 160°/110° | 160°/110° |
| Thickness | 80mm | 80 mm | 80 mm |
| Voltage | Ac 86-264v/60hz | AC 86-264V/60Hz | AC 86-264V/60Hz |
| Power Comsumption | ≤ 800w/av | ≤800w/sqm | ≤800w/sqm |
| Refresh | ≥ 3840hz | ≥3840Hz | ≥3840Hz |
| Brightness | ≥ 4500cd/sqm | ≥4500cd/sqm | ≥4500cd/sqm |
| Scan way | 1/8 scannen | 1/4 scannen | 1/2 scannen |
| Life time | 100000 | 100000 | 100000 |
| Waterproof | Ip65 | IP65 | IP65 |
| Front and rear maintenance | Voor/achter | Front / rear | Front / rear |
| Installation Way | Hanging & Stacking | Stacking , hanging, wall mount | Stacking , hanging, wall mount |
Product Case :
An LED transparent screen is an innovative display technology that improves traditional LED screens through optimized SMT processes, LED packaging, and hollow structural design. It achieves high transparency (70%-95%), allowing light and vision to pass through. Its core principle embeds LED chips into transparent substrates (e.g., glass or flexible materials) to create a see-through display effect via light refraction and reflection. Common applications include building facades, retail windows, and stage performances.
Structure:
Transparent screens use ultra-thin aluminum frames or flexible materials, reducing weight by over 50% and eliminating cooling systems. Conventional screens require bulky enclosures and additional heat dissipation.
Display:
Transparent screens offer a "floating" visual effect but have larger pixel pitches (typically P3+), resulting in lower resolution. Conventional screens deliver richer colors and higher clarity.
Installation & Maintenance:
Transparent screens support indoor mounting with modular designs for easy maintenance. Conventional screens need complex steel structures and higher repair costs.
IP Rating:
Transparent screens reach up to IP46, while conventional screens achieve IP67 for harsh outdoor environments.
High Transparency: Preserves natural lighting and integrates seamlessly with surroundings.
Easy Installation: Lightweight and flexible mounting (e.g., hanging, attaching to glass).
Energy Efficiency: Low power consumption (200-280W/ on average) with no extra cooling.
Creative Applications: Bendable (flexible screens) and customizable shapes for stages, architecture, etc.
Lower Resolution: Trade-off between transparency and pixel density reduces image sharpness.
Ambient Light Interference: Strong light may weaken transparency; content optimization (e.g., black backgrounds) is required.
Lower Durability: Unsuitable for high-humidity or dusty environments.
Retail: Storefront windows displaying ads without blocking visibility.
Architecture: Dynamic lighting effects on glass facades for urban landscapes.
Stages: Background screens enhancing visuals without obstructing stage lighting.
Transportation: Real-time info displays at stations or smart vehicle windows.
Interior Design: Artistic installations in homes or offices.
Environment: Indoor use (IP30, ~2000cd/sqm brightness); limited outdoor suitability.
Viewing Distance: Small pixel pitches (e.g., P3.9, P7.8) for close-range (malls); larger pitches for distant viewing (building facades).
Budget & Performance: High budget for P3.9 clarity; cost-effective options for larger pitches (P7.8+).
Technology: Balancing transparency and resolution, developing finer pixel pitches.
Materials: Flexible screens (e.g., LED film) enabling irregular shapes and wearable tech.
Cross-Industry Integration: Combining with AR/VR or holography for education, healthcare, etc.
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