The EagerLED indoor P2.5 LED module comparison video details the product’s advantages in several key aspects, including brightness, back coating treatment and lamp bead holder. Comparative test results in these aspects show that EagerLED modules have higher performance and reliability than competing products on the market.
First, the brightness comparison test shows the excellent performance of indoor P2.5 LED module in pure colors (red, green, blue, white, etc.). By using a light gun to conduct a brightness test, the results show that the brightness of the EagerLED module reaches 646, while the brightness of the competing product is only 557. This result clearly shows that the brightness of the EagerLED module is significantly higher than that of competing products. This means users can expect more vibrant, brighter displays when using EagerLED modules, providing a more engaging visual experience whether in commercial displays, billboards or other applications.
Secondly, the back coating treatment of LED modules is an important factor that affects the durability and reliability of the product. The back of the EagerLED module is coated with a conformal coating, which is not available on competing products. This conformal coating typically refers to a coating that is waterproof, dustproof, and anti-corrosive, providing additional protection in indoor and outdoor environments. This means EagerLED modules are better able to maintain performance and appearance under harsh environmental conditions, extending their lifespan and improving reliability. This feature is extremely valuable whether on outdoor billboards, stadiums, or other locations that require long periods of operation.
Finally, the comparative test of the lamp bead bracket also revealed the advantages of the EagerLED module. Through magnetic testing, we can observe that the EagerLED module uses a copper bracket, while competing products use an iron bracket. Copper generally has better thermal conductivity properties, so EagerLED modules may be able to dissipate heat more efficiently. Good thermal performance is very important for LED modules as it helps reduce the temperature, extend the life of the LED and maintain its performance. This also means that EagerLED modules can maintain their performance more stably over long periods of use, whereas competing products may suffer from heat accumulation that degrades performance.
To sum up, the EagerLED indoor P2.5 LED module shows excellent performance in key aspects such as brightness, back coating treatment and lamp bead bracket. These advantages give it higher performance and reliability in the market, providing better visual effects and longer service life whether for commercial use or other applications.
