The practical application of plasma-induced electrolysis significantly contributes to the continuous development of the nanoparticle market.
The plasma-induced cathodic electrolysis method, which is one of the plasma-induced electrolysis methods, reduces metal ions in molten salts through electrolysis utilizing the cathodic discharge phenomenon, thereby forming metal nanoparticles in the molten salts. Using this method, we have successfully formed nanoparticles of metals and various alloys. Furthermore, to enable the miniaturization and uniformity of the formed metal nanoparticles, as well as continuous production, we are developing an electrolysis method that utilizes a rotating disk. With the practical application of plasma-induced electrolysis, we believe we can meet the future demands for further particle miniaturization and significantly contribute to the continuous development of the nanoparticle market through stabilization and cost reduction of nanoparticle supply. [Features] - Development of an electrolysis method utilizing a rotating disk - Advancing the development of applied technologies, such as directly forming metal nanoparticles by removing oxygen from metal oxide powders *For more details, please refer to the PDF document or feel free to contact us.
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I’m Sep Co., Ltd. has been engaged in research and development with a core technology of molten salt electrochemical processes, achieving many accomplishments that lead the world in various fields such as environment, energy, resources, and nanotechnology. Moving forward, we will continue to play a central role in promoting business through research and development of new materials and new resources, research and development of equipment and systems, and technical guidance and advisory services, in collaboration with academia, industry, and local communities.