Under most different conditions, high -power LED lamp beads can continue to operate. However, once the LED lamp beads are corroded and the LED lamp beads are chemically reacting by the surrounding environment, the performance of LED lamp beads will be reduced.

Avoiding the corrosion of LED lamp beads is an important part of improving the reliability of LED lamp beads. The reliability of LED lamp beads is one of the important specifications used to estimate the life of LED lamp beads. Fangjia Optoelectronics analyzes the reasons why LED lamp beads are corroded and given how to avoid the corrosion of LED lamp beads -avoid the concentration level and ambient temperature of LED lamp beads close to harmful substances, and effectively limit the concentration level and ambient temperature of harmful substances.

In order to avoid the corrosion of LED lamp beads, avoid contact with the O -shaped circles (O -RING), padding, organic rubber, foam pads, seal rubber, sulfur -containing elastic body, shockproof pads and other harmful substances.

Even a small amount of harmful substances can cause LED lamp beads to corrode. Even if LED lamp beads only contact with corrosive gas during the processing process, such as machines in the production line may have adverse effects. In these cases, you can usually observe whether the LED lamp bead component is damaged before the actual system settings. If LED lamp beads cannot completely avoid these harmful substances, LED lamp beads with higher corrosion resistance should be used.

Remind everyone: LED lamp beads restrict the corrosion effect depending on the concentration of harmful substances. Even if you choose more durable LED lamp beads, you should try to reduce the exposure of these LED lamp bead materials. Generally, heat, humidity, and light can accelerate the corrosion process. However, the main influencing factors are the level and temperature of harmful substances, and limiting the two will be an important reasonable way to protect LED lamp beads corroded.