Ultra-thin aluminum is easy to change. Regarding the selection of aluminum for LED linear lights, regular LED linear light manufacturers will first consider whether the heat dissipation performance is good or not. Do you think that the thicker the aluminum, the better? Actually otherwise, the thicker the foundation you put on the makeup, the better it looks? Definitely not. If the aluminum material is not easy to deform and has good heat dissipation, you must choose a moderate thickness. It cannot be said that the thicker the aluminum material is, the better, and if the aluminum material of the LED linear lamp is thinner, is it right? The better the heat dissipation? NO! The thinner the aluminum, the worse the heat dissipation, and it is easy to squeeze and deform during installation, so cutting corners is not necessary! The other is a cost-effective issue. If you want to be cost-effective, LED linear lamp manufacturers must control the materials they use quite well.

    Will the aluminum substrate be better than the fiberglass board? It is true that the high-quality LED linear lights mostly use aluminum substrates as the circuit board of the light source. Has the fiberglass board been labeled with poor quality all the time? This is not true. I used to think that fiberglass board products are not high-quality products. Later, after a technician's explanation, I also understand that fiberglass boards are also good or bad, and can even be better than the quality of aluminum substrates. As long as they perform stably, Whether it is aluminum substrate or glass fiber board, they are all good circuit boards.

 Electrical Specifications:

    Fixed working voltage: AC90-260V/12VDC;

    Rated working current (large): 1.8A (PC-12V) 3.6A (PC-12V) 5.4A (PC-12V);

    Power consumption: 21.6W (PC-12V) 43.2W (PC-12V) 64.8W (PC-12V);