Dr Kazunori Yamamoto, General Manager, High-performance Materials Development Center
Tsukuba Research Laboratory, Hitachi Chemical Co., Ltd
Tsukuba Research Laboratory, Hitachi Chemical Co., - presentation*
Tsukuba Research Laboratory, Hitachi Chemical Co., - audio presentation*
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1. Low resistivity Cu conductive layer
2. Screen printing or Ink-jet printing
3. Highly reliable conductive layer
4. Low temperature treatment for film substrate such as PET film
Cu based conductive materials will be introduced as a paste for screen printing or an ink for Ink-jet printing.
We recommend that patterned printed layer is treated at 180 ℃ under diluted reactive gas atmosphere, then the conductive layer whose conductivity is around 3 micro ohm*cm almost similar to metallic Cu can be obtained. And, if we treat them around 130 ℃ using film substrate, around 14 micro ohm*cm conductive layer can be observed. Those conductive layers show excellent reliability as same as Cu foil.
講演者の経歴 (Kazunori Yamamoto)
I graduated from Tokyo Institute of Technology in 1982 and received the degree of doctor of Engineering. I joined Hitachi Chemical Co., Ltd . In 1983, and engaged in the development of the materials for Printed Circuit Boards as well as die bonding materials for semiconductor devices.
Currently, I am a general manager of the High-performance Materials
R&D Center of Tsukuba Research Laboratory. My technical background is polymeric materials and science.
会社紹介 (Hitachi Chemical Co., Ltd.)
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Headquartered in Tokyo, Japan, Hitachi Chemical Co., Ltd.'s focus on R&D has resulted in the creation of a wide range of innovative products. These products allow our customers to manufacture and sell thinner, lighter, and high volume products. As a result, our materials are currently in a vast number of today highly reliable products spanning countless global markets including: flexible electronics, automotive, energy storage, and wearables. Please visit our booth to learn more about these innovative products.