Heat transfer in LEDs is not radiation but conduction

The mode of heat transfer in LEDs is not radiation but conduction. Therefore, an important goal of the heat dissipation design of LED lamps is to effectively conduct the heat of the LED chips and effectively control the LED junction temperature in the LED lamps. The continuous update of light source materials provides a better platform for the LED decorative lights we want to express.

Not only is it greatly reduced from the perspective of energy consumption, but it can also be integrated into modern computer programming technology, which enhances the technological content of the product, increases the changes in lighting work and the interaction with the audience, and enhances the technological content of the product. The joy of work. Both ends of the glass tube of the LED decorative light are equipped with copper electrodes, and the surface has undergone a certain chemical treatment to prevent corrosion.

The wires drawn from the electrodes and connected to the power source are called lead-in wires, and are required to have substantially the same thermal expansion properties as glass. In order to prevent glass from breaking, it is generally made of nickel alloy. The design of LED decorative lights should not only be based on customer requirements, but also according to customer site conditions, local cultural characteristics, etc., pay attention to the function and meaning of lighting and scenery, combine modern lighting technology for artistic creation, and then simulate the dynamic situation through computer 3D software.

The real scene of LED decorative light manufacturers allows customers to appreciate the effect of landscape lighting in advance to meet various lighting needs. During the production process, the festive decorative lights are first designed by the designer theme, and then the art master draws the pattern according to the scale of the large board or the ground, and the manufacturer folds the centers of various shapes by hand according to the pattern, and welds them. GLAMOR