Gaoquan Hu

Title: The Innovative Work of Gaoquan Hu in Graphene Technology

Introduction

Gaoquan Hu, an accomplished inventor based in Zhaoyuan, China, is making strides in the field of materials science through his innovative contributions. With a focus on graphene applications, Hu has successfully secured two patents that showcase his expertise and creativity in engineering advanced materials.

Latest Patents

One of Hu's notable inventions is a patented process for manufacturing an ultra-high thermally conductive graphene curing bladder. This innovative process involves several intricate steps: first, an ultra-high thermally conductive graphene is pre-mixed with rubber to create a pre-dispersed graphene master batch. This mixture undergoes a granulation or cutting process to produce granular or sheet solids, which are then combined in a rubber mixing mill to yield an ultra-high thermally conductive graphene rubber compound. The compound is subsequently extruded into rubber strips of a desired size, followed by fixed-length processing. Finally, the rubber blanks are placed into a pressing-type curing bladder mold, where they are heated, pressurized, and cured to produce the finished product. This invention highlights Hu's dedication to advancing materials with superior thermal conductivity, particularly in the tire manufacturing industry.

Career Highlights

Gaoquan Hu works at Shandong Linglong Tyre Co., Ltd., a company recognized for its innovative tire solutions. His role in the company allows him to apply his patented processes and contribute to the development of high-performance tires that utilize cutting-edge materials. His patents represent significant advancements in manufacturing technology, combining practical engineering with innovative materials science.

Collaborations

Throughout his career, Hu has collaborated with notable colleagues, including Feng Wang and Haitao Sui. These partnerships have likely enriched his research and contributed to the successful development of his patented technologies. Collaborative efforts in this dynamic industry can drive innovation and enhance the effectiveness of new material applications.

Conclusion

Gaoquan Hu's work exemplifies the spirit of innovation in material science, particularly in the context of graphene applications. His patented processes and dedication to advancing tire manufacturing technologies underscore the importance of research and development in creating materials with enhanced performance characteristics. With his ongoing contributions, Hu is poised to remain a key figure in the field of materials engineering.