Company Filing History:
Years Active: 1999
Title: **Kohei Itoi: Innovator in Brazeable Aluminum Alloy Technology**
Introduction
Kohei Itoi, an inventor from Sashima-gun, Japan, has made significant contributions to the field of aluminum alloys. With a focus on creating efficient manufacturing processes, Itoi has developed innovative technologies that enhance productivity in product creation.
Latest Patents
Itoi holds a noteworthy patent titled "Brazeable aluminum alloy cast material and method of brazing the same." The objective of this invention is to provide a brazeable aluminum alloy cast material that allows for the manufacture of brazeable products while maintaining high productivity levels. The cast material is formulated with specific weight percentages of manganese (0.5-4.5%), silicon (0.5-3%), iron (0.5-1%), with aluminum making up the rest along with impurities. His method involves the use of a brazing agent composed of zinc (25-65%), silicon (2-7%), and aluminum with minimal iron impurities. Moreover, a specialized flux is used to facilitate the brazing process.
Career Highlights
Kohei Itoi is currently employed at Showa Aluminum Corporation, where his work focuses on advancements in aluminum technologies. His patent reflects his commitment to enhancing the efficiency and viability of aluminum products in various applications. Through innovation, Itoi has contributed to the advancement of materials engineering.
Collaborations
Throughout his career, Itoi has collaborated with notable coworkers like Hideo Yamamoto and Shigeru Sato. These partnerships have played a significant role in developing and refining patented technologies within the company.
Conclusion
Kohei Itoi's contributions to the field of aluminum alloy technology highlight his innovative spirit and commitment to improving manufacturing processes. Through his patents, Itoi continues to influence the industry, showcasing the importance of research and development in creating efficient solutions. His work at Showa Aluminum Corporation sets a foundation for future advancements in material science.