P2.5 Transparant LED Screen Holographic invisible screen Full Color RGB High Resolution Flexible screen 1R1G1B
Transparant LED Screen
Transparant LED Screen Product introduction
The P2.5MM LED Holographic Invisible Screen is an ultra-fine pitch transparent LED display that delivers stunning hlographic-like visuals while maintaining exceptional transparency. With a 2.5mm pixel pitch, it offers superior image clarity and seamless integration into glass surfaces, making it perfect for high-end retail, exhibitions, stage performances, and futuristic advertising.
Transparant LED Screen Key Features:
✔ Ultra-High Transparency – Up to 85% transparency, ensuring clear background visibility while displaying vivid content.
✔ Holographic Effect – Creates eye-catching 3D-like visuals for immersive viewer engagement.
✔ Fine Pixel Pitch (P2.5) – Delivers sharp, high-resolution images even at close viewing distances.
✔ High Brightness & Color Accuracy – (≥1200 nits) with wide color gamut for vibrant displays in any lighting condition.
✔ Lightweight & Slim Design – Easy installation on glass windows, ceilings, or custom structures.
✔ Energy-Efficient & Durable – Low power consumption and long lifespan (100,000+ hours).
Transparant LED Screen Applications;
- Luxury Retail & Showrooms – Enhances product showcases without obstructing visibility.
- Museums & Exhibitions – Interactive holographic displays for futuristic storytelling.
- Stage & Concerts – Transparent LED backdrops for dynamic 3D effects.
- Corporate & Architectural Displays – High-tech building facades and digital signage.
model | P2.5 |
pitch | 2.5mm |
Brightness | <1200CD/m² |
Refresh Frequency | 3840HZ/7680HZ |
Working Voltage | 110V/220V |
View Angle | H:140° V:140° |
Best View Distance | 3m-50m |
Continuous Working Time | 72hour |
protection grades | IP43 |
Screen life | 10000H |
The P2.5 Transparent LED Screen is a future-forward choice for businesses seeking to merge innovation with practicality, delivering impactful visuals without compromising on aesthetics or functionality.