LED导热胶SIC粉末及填料的制备

Meng Zhiguo, W. Haiyan
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引用次数: 0

摘要

为了降低大功率LED的热阻和结温,利用PN结制造的热量可以突破瓶颈,提高产品的发光效率、可靠性和寿命。采用等离子体反应法、化学沉淀法等制备了微细碳化硅粉末。然后,利用表面改性技术,它们具有高的表面能,包括稳定的热、化学和电性能。在近场传热和辐射机理的指导下,在室温下对SiC粉末进行近场热共振刺激,以提高颗粒间的导热性。所合成的导热胶、导热胶带、填缝材料和浇注密封胶等可广泛应用于LED封装和灯具中。其结果是,它们可以不断提高各种塑料和粉末的散热性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preparation of SIC powder and filler as heat-conducting glue on LED
To reduce the thermal resistance and junction temperature on high power LED, Quantity of heat made by the PN junction can break through bottlenecks to improve the luminous efficiency, reliability and life of the product. Minuteness SiC powder is be made using plasma reaction, chemical precipitation method and so on. Then, they have high surface energy including stable thermal, chemical and electrical properties using the surface modification technology. Under the guidance of the mechanism on heat transfer and radiation in the near-field, the SiC powder is be stimulated on the near-field thermal resonance at room temperature in order to improve thermal conductivity between particles. The synthesis such as thermal conductive glue, thermal conductive adhesive tape, caulking materials and pouring sealant can be widely used in LED encapsulation and lamps. The result is that they can continuously improve performance of heat dissipating on all kinds of plastic and powder.
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