Lumileds launches new medium power 2835 lamp beads

According to reports, Lumileds, a global lighting solutions company, has introduced the new 2835 series of SMD LED LUXEON 2835 HE, which has a luminous efficiency of up to 200 lm/W and a very high color consistency.

2835 SMD LED

This new LED emits more intensive light than the current mid-power LEDs on the market, and with the help of the MacAdam Elliptical Design Kit, the color consistency is at the highest level in the industry. When the input current is 65 mA, the luminous flux of the LED is 36 lm. As the input current rises, the luminous flux can be as high as 220 lm when the driving current is 480 mA.

For medium and high-end LED strips, bulbs, spotlights, etc., LUXEON 2835 HE is a very suitable light source, because of its high luminous efficiency, it can reach the high brightness with fewer lamp beads. And the high reliability of the LUXEON 2835 HE guarantees its longevity. The LUXEON 2835 HE's bead is available in a variety of color temperatures and CRI options for a wide range of lighting applications.

What is the difference between a copper bracket and an iron bracket?

At present, there are many kinds of LED products on the market, and the products with the same brightness and parameters may have different prices. The main reason for the difference in price is the difference in their materials. Today we will introduce two main metal brackets in the LED strip lights' industry: copper brackets and iron brackets.

The SMD LED bracket is formed by PPA and metal. Normally, the bracket will be plated with silver to facilitate the light and connect with the LED gold wire. The functions of the bracket are carrying the chips, conducting the current, increasing the heat dissipation and protecting the internal structures.

The bracket of SMD LED

At present, the copper brackets and the iron brackets are the two main metal brackets in the industry. The resistivity and thermal conductivity of copper are 1.678 and 401 that are better than that of the iron's 9.71 and 80. We all know that the temperature is one of the major factors affecting the LED's life. The resistivity and the thermal conductivity of the bracket directly affect the lifespan of LED. The lower the LED resistivity, the higher the LED electro-optical conversion efficiency, the smaller the heat generation. The higher the LED thermal conductivity, the better the cooling effect.

It can be seen that the copper bracket is better than the iron bracket in quality. Besides, the high ductility of the copper brackets will also reduce the death rate of LEDs. Furthermore, due to the iron is easy to rust, once the iron is rusted, the silver-plated layer will fall off and the LED will be broken.