News Releases

This news release is intended for media purposes, and is current of the date of publication. Information is subject to change without notice.

Toshiba Materials and Kyocera Agree to Collaborate on Development and Production of Nitride Ceramic Components

June 7, 2017
Toshiba Materials Co., Ltd.External Link (President: Kumpei Kobayashi) and Kyocera Corporation (President: Hideo Tanimoto) today announced that the two companies have agreed to start full-scale collaboration on development and production of nitride ceramic components.

Used as heat-dissipating and insulating parts in power semiconductors, demand is increasing for nitride ceramic components possessing excellent thermal conductivity and mechanical properties as energy-saving requirements heighten in the automotive and railway industries. It is also expected that adoption of nitride ceramics will expand in semiconductor production equipment (SPE) as they enable precise temperature control at higher temperatures in the production process.

The two companies decided to work together in order to blend the material technologies on nitride ceramics possessed by Toshiba Materials with the special ceramic processing technologies possessed by Kyocera. The collaboration aims to achieve higher competitiveness in the ceramics market by providing highly functional products such as power semiconductor components with high heat-dissipating properties, and components for SPE that allow precise temperature control under high temperatures ― both of which cannot be realized with conventional technologies.

The two companies have been working on joint development of power semiconductors and components for SPE since 2014. Having obtained good results from trial products developed out of the joint project, the companies have decided to launch full-scale collaboration. Based on this agreement, the companies will seek further possibilities through collaboration and synergy to accelerate development and commercialization by organizing a working team and joint investment.