In comparison with other PCBs, ceramic circuit boards are an alternative to the older generation of substrates, which can perfectly replace metal substrates and transparent substrates. Because of its high thermal conductivity, high insulation, and better thermal expansion matching coefficient, it has become a scent in the field of high-power lighting.

How to reduce the thermal resistance of LED ceramic substrate is one of the most important topics to improve the luminous efficiency of LED. According to the circuit manufacturing method, it can be divided into thick film ceramic substrate, low temperature co-fired ceramic, thin film ceramic substrate and laser metallization of Slyton. technology.

To improve LED luminous efficiency and service life, solving the heat dissipation problem of LED products is one of the most important issues at this stage. The development of LED industry is also focused on high-power, high-brightness and small-size LED products. Therefore, The heat-dissipating substrate with high heat dissipation and precise size has also become a trend in the future development of LED heat-dissipating substrates. At present, the aluminum nitride substrate and the aluminum oxide substrate are used to achieve the improvement of LED luminous efficiency. Under this development trend, the accuracy of the line alignment accuracy of the heat sink substrate itself is extremely strict, and it needs to have characteristics of high heat dissipation, small size, strong metal line bonding, etc. Therefore, the use of Slyton laser technology will become promoted. LEDs continue to move toward high power.

The future of ceramic circuit boards needs to come out of the embrace of LEDs and embrace the advent of the new industrial era.

The current largest application of ceramic circuit boards is still in the field of LEDs. However, the market for PCBs is terrible. On the eve of the advent of the intelligent era, ceramic circuit boards should be prepared for the face, and the application fields of artificial intelligence chips will become ceramic circuit boards. The new territory, the LED field will only be the flaw of ceramic circuit boards.

In the environment of manufacturing 2050 in China, the PCB industry has to keep up with the pace. When the data is king, the ceramic circuit board has to be continuously updated and upgraded to keep up with the pace of the industrial revolution. It is hoped that the ceramic circuit board manufacturers headed by Slyton will continue to advance and stand at the top in the wave of the industrial revolution.