Masaaki Matsubara

Title: Masaaki Matsubara: Innovator in Iron-Based Cleaning Solutions

Introduction

Masaaki Matsubara is a notable inventor based in Kobe, Japan. He has made significant contributions to the field of cleaning technologies, particularly through his innovative work on iron-based cleaning powders. His inventions focus on efficiently decomposing organic halides, showcasing his expertise in material science.

Latest Patents

Masaaki Matsubara holds a patent for an iron-based cleaning powder. This invention provides a solution capable of efficiently decomposing organic halides. The cleaning powder is composed of iron alloy powder or iron powder produced through an atomization process. The iron alloy powder passes a 300 µm-mesh sieve at a proportion of not less than 90% and exhibits an H-reduction mass loss of 0.1 to 0.8% when it contains 0.3 to 1.1% of manganese (Mn). Additionally, when the iron alloy powder contains 0.2 to 12% of nickel (Ni), it has an H-reduction mass loss of 0.1 to 1.0%. The iron powder can be used as a mixed or partially alloyed powder in conjunction with Ni-containing powder, which has a Ni content of not less than 40% and passes a 45 µm-mesh sieve at a proportion of not less than 90%. Both the iron alloy powder and the iron powder possess a martensite structure or a tempered martensite structure. Masaaki Matsubara has 1 patent to his name.

Career Highlights

Masaaki Matsubara is associated with Kobe Steel, Ltd., a prominent company in the steel and materials industry. His work at Kobe Steel has allowed him to focus on innovative solutions that address environmental challenges and improve cleaning processes.

Collaborations

Masaaki Matsubara has collaborated with notable colleagues, including Hitoshi Sakuma and Kenji Kawai. Their combined expertise has contributed to advancements in the field of cleaning technologies.

Conclusion

Masaaki Matsubara is a distinguished inventor whose work on iron-based cleaning powders has made a significant impact in the industry. His innovative approach to material science continues to pave the way for more efficient cleaning solutions.