Bo Jiang

Title: Bo Jiang – Innovator in Liquid Metals Treatment

Introduction

Bo Jiang is a notable inventor located in Uxbridge, Middlesex, GB. With a focus on enhancing the processing of liquid metals, Jiang has made significant advancements in the field, contributing to efficient manufacturing processes in various casting methods.

Latest Patents

Jiang holds a patent for an innovative "Apparatus and Method for Liquid Metals Treatment." This invention is centered around a high shear device designed to treat liquid metals through intensive melt shearing. The apparatus features a stator and a rotor configured with a small gap, optimizing the dispersal and uniform distribution of gas, liquid, and solid phases within the melt. This design minimizes severe turbulence at the surface of the melt, thus ensuring a more controlled process. The invention is versatile, capable of extending into a multistage high shear pump by arranging individual rotor/stator assemblies in a concentric or vertical manner.

Career Highlights

Bo Jiang's work is significantly linked to Brunel University, where he conducts his research and innovation. His contributions have paved the way for integrating the high shear device into existing casting processes such as high pressure die casting, low pressure die casting, gravity die casting, sand casting, investment casting, direct chill casting, and twin roll casting. The device also provides conditioned liquid metal for both shape casting and continuous schemes, while preparing high-quality semi-solid slurries and enhancing solidification processing of particulate reinforced metal matrix composites.

Collaborations

Throughout his career, Bo Jiang has collaborated with notable colleagues, including Zhongyun Fan and Yubo Zuo. These partnerships reflect his commitment to advancing the field of material processing and innovation, enhancing the quality and efficiency of casting operations.

Conclusion

Bo Jiang's contributions to the treatment of liquid metals exemplify the spirit of innovation that drives advancements in manufacturing technologies. His patented apparatus enhances the efficacy of various casting processes, signifying a leap forward in the industry. With ongoing collaboration and research, Jiang's impact on the field of metallurgical science will continue to be felt.