New materials to solve LED heating efficiency than the traditional Gao Sicheng

Metallurgical technology companies show the strength of carbon nano nano nano conductive adhesive research and development, launched a patented product, its thermal capacity compared to traditional thermal plastic efficiency was increased by more than 40%; the biggest characteristic of metallurgical carbon nano conductive adhesive is not conductive, oxidation resistance, no deformation characteristics, can provide long-term stable heat conduction effect, high power LED lighting is more than 10W a new cooling solution.

It is pointed out that the current computer and electronic industry products thermal plastic design, the use of temperature is about 100 degrees Celsius, with instant high temperature in the high power LED lighting, often due to rapid heat radiator to cause LED damage.

The rule of carbon nano company's own experiments show that, compared with the traditional heat conduction glue, metallurgical carbon nano conductive adhesive than the traditional heat conduction glue 40% in the heat conduction efficiency of 30 seconds, it will be a good news for the development of more than 10 Watt High Power LED lighting.

Carbon nano technology company chairman Ye Xie Zhentu stressed that the metallurgical carbon nano thermal plastic design is unique, is able to instantly heat conduction, effective heat transfer, and the breakthrough of LED lighting products cooling technology bottlenecks, expand its market application.

LED lighting will be the mainstream products in the future lighting market, lighting manufacturers seeking to develop more advanced products at the same time, the heat problem is the development of more than 10 watts of high-power LED lighting products a major obstacle.

The metallurgical carbon nano conductive adhesive can provide effective solution to the problem of high wattage LED lighting heat, recently the company has been actively cross marketing pace, expectations and domestic LED industry cooperation, seize opportunities for a new generation of lighting products.