UVLED application fields and wavelength characteristicsread count [211] release time：2020-01-03 20:22:00

  uvled Mainly suitable for digital printing industry, inkjet printing industry and other fields that require high-speed curing and drying of ink. Specifically, the following industries include:

　　1 、2D code printing

　　2、work Print electronic drug monitoring codes

　　3. Card/box

　　4、Label digital printing

　　5、High speed industrial grade inkjet

　　6. High-speed rotating machinery supports curing light source

　　Advantages of UV LED Mixtape Modules

　　1. Working energy-saving: This module is an all-American all-optical efficiency chip imported from the United States, produced by the United States in Taiwan, UVLED American professional packaging factory, advanced technology, LED light power is high, relatively less heat. To complete the same maintenance and drying tasks, the power consumption is only 5% of traditional mercury lamp ultraviolet equipment and 10-20% of the LED lighting industry.

　　2. Higher radiation intensity and longer life: The LED circuit is directly arranged on the patented composite ceramic substrate. Because of the ceramic insulating material, there is no heat-resistant insulating heat dissipation layer, but it also avoids the thermal expansion and contraction that is easily caused by the copper substrate and other metal substrates. The gap between the substrate and heat dissipation, so the heat of the module can be a good and timely outlet. So the light of the module is very small, more intense and has a longer life.

　　Features of UVLED mixed wave light curing light source:

　　1. Rapid curing, controllable reaction; no solvent, no pollution; suitable for automated operation；

　　2. Various wavelengths are consistent with ordinary UV ink green oil and other material systems;

　　3. Overall small size: much smaller than various gas UV light sources, suitable for various applications；　

　　4. The UVLED chip is directly close to the surface and does not require the use of UV optical fiber transmission. The flexibility and utilization of the light source are high.；

　　5. Low-cost use: as photoelectric conversion efficiency, energy consumption is greatly reduced, and heat is not obvious. It is far superior to the traditional gas UV light source plus filtered wavelength output.