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Low Temperature Sintering Nanoparticle Inks for Printed Electronic Devices

机译:低温烧结纳米粒子油墨用于印刷电子设备

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The organic and printed electronics bares a great potential to become an industry of $300B in next 20 years. While more and more companies and research institutes around the world are joining into this industry for a large variety of exciting applications, however, there still lack of extraordinarily successful stores in product commercialization. At NanoMas Technologies, Inc., we have been keeping challenging ourselves to bring in more materials that would be better suitable for needs in the development and commercialization of high performance printed electronics on low cost substrates, such as paper and plastics. We have developed a variety of nanoparticle based inks with different electric functionalities. Those truly nano-sized materials (mostly less than 5 nm) have low sintering temperatures, and thus can be processed on most widely used plastic substrates. In this presentation, we also demonstrated using printing technologies to fabricate various patterns as well as OTFTs using conjugated polymers and nanomaterials. Sintering behaviors from metal nanoparticles to conductive metallic films have been further investigated. In addition, we have tested the stretching of printed silver nanoparticle films on PET, and found the films electrically conductive up to 120% elongation.
机译:有机和印刷的电子产品可以在未来20年内成为300亿美元的行业。虽然世界各地的越来越多的公司和研究机构正在加入这个行业的各种令人兴奋的应用程序,但是,产品商业化仍然缺乏非常成功的商店。在Nanomas Technologies,Inc。,我们一直在挑战自己带来更多材料,这些材料将更好地适合在低成本基材上的高性能印刷电子产品的开发和商业化需求中,如纸和塑料。我们开发了各种基于纳米粒子的墨水,具有不同的电功能。真正纳米大小的材料(大多数小于5nm)具有低烧结温度,因此可以在最广泛使用的塑料基材上加工。在本介绍中,我们还使用印刷技术证明了使用共轭聚合物和纳米材料制造各种图案以及OTFT。已经进一步研究了金属纳米颗粒从金属纳米颗粒到导电金属膜的烧结行为。此外,我们已经在PET上测试了印刷的银纳米粒子膜的拉伸,并发现膜导电至120%伸长率。

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