Company Filing History:
2 out of 2,638 
2 out of 8 Years Active: 1983-1984
Title: Masao Horiguchi: A Pioneer in Heat Insulation Technology
Introduction
Masao Horiguchi is an innovative inventor based in Nishinomiya, Japan, known for his contributions to heat insulation technology. With a total of two patents, his work has significantly impacted the design and manufacturing of heat insulating pipes.
Latest Patents
Horiguchi's latest patents include a novel heat insulating pipe characterized by a foamed heat insulating layer on its outer circumferential face. This layer features an expansion ratio of at least 4 and comprises a three-layered structure. The middle foamed layer consists of relatively large cells, while the upper and lower foamed layers contain smaller cells. The relationships between the average cell diameters in both radial and axial directions ensure that the pipe maintains optimal insulating properties. Additionally, Horiguchi patented a method for extrusion coating pipes with a foamed cover layer, which effectively wraps a propylene-ethylene block polymer mixture around the pipe. This method enhances the insulating layer's effectiveness and structural integrity.
Career Highlights
Throughout his career, Horiguchi has worked with leading companies in the industry, including The Furukawa Electric Co., Ltd. and Furukawa Metals Co., Ltd. His experience in these organizations has contributed to the development of advanced heat insulation technologies.
Collaborations
Horiguchi has collaborated with esteemed colleagues such as Akio Nojiri and Toshio Koreeda. Their combined expertise has fostered innovations that push the boundaries of heat insulation technology.
Conclusion
Masao Horiguchi's inventive spirit and dedication to enhancing heat insulation technology are evident in his patented works. His contributions not only showcase his engineering capabilities but also demonstrate the importance of innovation in industry. The impact of his patents on the manufacturing and performance of heat insulating pipes will likely inspire future advancements in this critical field.