In the afternoon of July 14,Reporter get the news of the CAS-Ceramic k-COB Press conference , Fujian CAS-Ceramic Optoelectronics Technology co.,ltd.(referred to as”CAS-Ceramic”) has passed fluorescent material doped ceramic material caustic soda, as a new type of packaging materials, replace traditional fluorescent glue, realized the breakthrough of the LED technology.

At the meeting, executive vice president and chief technology officer Yeshang Hui introduced the led lighting industry project of transparent phosphor ceramics. He said that the mainly problem of the traditional LED lamp is heat dissipation. Ceramic compared with fluorescent material, ceramic is organic material with high thermal conductivity, high temperature resistant, corrosion resistance, good thermal shock;traditional fluorescent glue, thermal conductivity is poor, aging, will cause Lumens depreciation, and even damage light.Therefore, ceramic material replaces traditional fluorescent glue, as the LED packaging material, under the same condition, can make the LED products with high stability and high reliability.Further, the average energy saving rate is 70% after using the high-power led lighting products, carbon emissions will be significantly reduced, there will be great potential market in the future with high economic and social benefits.

Nowadays, LED is not a strange word, it has gradually replaced the metal halide, fluorescent, energy saving lamps and other traditional lighting . For traditional high power lighting, LED luminous flux, color temperature, color rendering index and other items restrictions, CAS-Ceramic kilowatt COB technology, breakthrough COB light source bottleneck,it fills the kilowatt COB module market.
At present, the Chinese Academy of Sciences FJIRSM original YAG fluorescent transparent ceramics white power LED packaging technology through the "CAS-Ceramic" successful industrialization. In January 2016 CAS-Ceramic up to 600WCOB light packaging technology, which achieves the LED lighting full replacement to traditional lighting. It is expected to be applied to square , large factories, port, military aviation, remote and so on areas.