1.Packaging Innovation for Superior Waterproof Performance
Independently developed silicone-plastic resin SPE material fully encapsulates LED chips and circuit components in a solid elastic colloid, forming a seamless protective layer. This solves the problem of water and dust accumulation in gaps between packaged lamp beads, achieving IP65-rated waterproof and dustproof performance (IP68 for some high-end models), capable of withstanding rain wash and daily cleaning.

2.Enhanced Impact Resistance and Wear Resistance
The high-strength colloid enables the screen to withstand a single-point load of over 4 tons (e.g., vehicle rolling). The frosted surface treatment provides anti-slip and anti-glare properties, making it suitable for high-foot-traffic scenarios.
 

3.Improved Aging Resistance and Stability
The material exhibits UV resistance, anti-yellowing, and salt spray corrosion resistance. It operates stably within a wide temperature range of -20℃ to 65℃, with a service life of over 100,000 hours.
 

4.Optimized Display Performance

High Resolution and Definition:

Pixel pitch ranges from P1.95 to P6.25, with a maximum physical density of 262,144 dots/㎡. Supports 4K high-definition display, delivering realistic dynamic images and details.
High Contrast and Color Consistency:

Uniform colloid coverage eliminates light spots and color distortion. Combined with non-linear point-by-point calibration technology, it achieves a high contrast ratio of over 5000:1, significantly enhancing image layering.

5.Modular Design for Rapid Maintenance
Adopts magnetic suction modules and front maintenance structure. Individual modules can be independently disassembled and replaced without removing adjacent cabinets, reducing maintenance time to 1/3 of that required for traditional screens.
 

6.Easy Installation and Flexible Layout
The die-cast aluminum cabinet features a lightweight design (only 10kg per cabinet) for quick splicing, adaptable to any ground surface. The installation flatness accuracy reaches ±0.1mm, greatly reducing construction difficulty.