Company Filing History:
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1 out of 1,235 Years Active: 2018
Title: The Innovative Work of Takuya Tsujiguchi: Advancements in Metal Fine Particle Associations
Introduction: Takuya Tsujiguchi, an accomplished inventor based in Kiryu, Japan, has made significant contributions to the field of materials science, particularly in the development of metal fine particle associations. His innovative approach holds promise for enhancing the efficiency of electrode catalysts in various applications.
Latest Patents: Tsujiguchi holds a noteworthy patent titled "Metal Fine Particle Association and Method for Producing the Same." This patent outlines a novel metal fine particle association that consists of multiple metal fine particles with a mean diameter ranging from 1 nm to 10 nm. His invention is particularly beneficial for electrode catalysts as it leads to a higher output while reducing the amount of catalyst required. The patent also describes a method for producing an association mixture that includes the metal fine particle association and a conductive support, along with a premix for forming this association using a hyperbranched polymer dispersant.
Career Highlights: Throughout his career, Takuya Tsujiguchi has collaborated with prestigious organizations. He has worked at Gunma University, a National University Corporation, where he contributed to cutting-edge research and development. Additionally, he was employed by Nissan Chemical Industries Limited, applying his expertise to advance industrial applications of his innovative findings.
Collaborations: Tsujiguchi has teamed up with notable coworkers, including Keisuke Kojima and Nobuyoshi Nakagawa. Their collaborative efforts have enriched the research environment and have led to the development of advanced technologies in the realm of metal fine particles.
Conclusion: Takuya Tsujiguchi's contributions to the field of material science illustrate the importance of innovation in developing efficient technologies. His patent on metal fine particle associations not only advances the capabilities of electrode catalysts but also highlights the significant role of collaborative efforts in driving progress in scientific research and application.