Kiichi Oda

Title: Innovations of Kiichi Oda: Pioneering Patents in Alumina Technology

Introduction

Kiichi Oda, an esteemed inventor based in Nagoya, Japan, has made significant contributions to the field of materials science with his innovative patents. With a total of three patents, Oda's work focuses on processes that enhance the properties of alumina particles and the development of environmentally friendly inorganic pigments.

Latest Patents

One of Oda's most notable patents is the "Process for producing fine flaky alumina particles and alumina-based." This patent details a method for creating fine flaky alumina particles suitable for use in ceramics and as a pigment for paint. The process involves subjecting aluminum hydroxide or alumina hydrate with a regulated submicron particle size to hydrothermal treatment under high temperature and pressure conditions. The resultant alumina-based plastic material, produced by kneading these fine particles with organic water-holding agents like methylcellulose and polyvinyl alcohol, boasts high plasticity and reduces the need for extensive binders, leading to dense molded articles with stable properties.

Another significant patent from Oda is the "Heat-resistant inorganic pigment and process for producing the same." This invention presents a novel heat-resistant inorganic pigment formed from a composite metal oxide containing titanium and selected divalent metals such as magnesium and iron. This environmentally safe pigment can be utilized in heat-resistant coatings, showcasing Oda's commitment to sustainable innovation.

Career Highlights

Throughout his career, Kiichi Oda has collaborated with prestigious organizations, including the Agency of Industrial Science and Technology and the Ministry of International Trade. His technical expertise and innovative mindset have significantly shaped the field of alumina applications and materials science.

Collaborations

Oda has worked alongside esteemed colleagues, such as Yasuo Shibasaki and Takeshi Fukuda. Together, they have advanced research in materials science and developed patentable technologies that push the boundaries of traditional alumina applications.

Conclusion

Kiichi Oda's contributions to the field through his patents illustrate his dedication to advancing materials science. His innovative solutions for producing fine flaky alumina particles and developing environmentally friendly pigments reflect a commitment to both quality and sustainability. As he continues to innovate, Oda remains a notable figure in the realm of scientific advancements.