Beijing, China

Ailiang Zhang


Average Co-Inventor Count = 10.0

ph-index = 1


Company Filing History:


Years Active: 2024

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1 patent (USPTO):Explore Patents

Title: **Ailiang Zhang: Innovator in Hot Extrusion Technology**

Introduction

Ailiang Zhang, an inventive mind based in Beijing, China, is recognized for his contributions to hot extrusion technology. With a focus on enhancing production methods, Huang has garnered attention for his innovative designs and practical methodologies.

Latest Patents

Zhang holds a patent for a "Hot extrusion die and hot extrusion integral forming method for special-shaped square pipe." This invention features a unique die cavity sleeve containing a mandrel designed to produce special-shaped square pipes. The die's structure comprises a cavity that facilitates the extrusion process, including specific diversion holes to optimize the flow of material. The method also involves a multi-step process: heating a blank material, expanding it, followed by hot extrusion, and finally cooling it to room temperature to ensure the quality and integrity of the formed product.

Career Highlights

Throughout his career, Ailiang Zhang has been associated with leading organizations such as the Central Iron and Steel Research Institute and Handan Xinxing Special Steel Pipes Co., Ltd. His experience in these institutions has elucidated his role in pushing the boundaries of material processing and production efficiency.

Collaborations

Zhang has worked alongside notable colleagues like Zhenbao Liu and Xiaohui Wang, contributing to various projects in the field of materials engineering and helping to drive innovative processes within their respective organizations.

Conclusion

Ailiang Zhang's inventiveness in the realm of hot extrusion technology showcases the potential for innovation in manufacturing processes. His patent exemplifies significant advancements that can help industries produce special-shaped components with superior quality. As he continues his work in this pivotal area, Zhang's contributions are likely to influence future developments and applications in the field.

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