Company Filing History:
Years Active: 2024-2025
Title: Inventor Minxia Li: Pioneering Corrosion Resistant Aluminum Alloys
Introduction
Minxia Li, based in Suzhou, China, is an accomplished inventor with a focus on metallurgy and aluminum alloys. He holds two patents that outline innovative methods for producing corrosion and high-temperature resistant aluminum alloy extrusion materials.
Latest Patents
His latest patents delve into advanced techniques for creating aluminum alloy extrusions that enhance durability and resistance. One patent details a method for producing a corrosion and high-temperature resistant aluminum alloy extrusion material, specifically focusing on a composition with strict limits on various elements such as silicon, iron, and manganese. The process involves several steps: casting molten metal into an extrusion billet, subjecting it to homogenization treatments at defined temperatures, and finally extruding the billet into a tube. The second patent mirrors these innovative principles, emphasizing the corrosion resistance of the aluminum alloy while following a similar production methodology.
Career Highlights
Minxia Li currently works at Hydro Extruded Solutions, a company renowned for its advancements in aluminum extrusion technology. His contributions to the field stand out due to the unique focus on varying compositions and innovative processing techniques that aim to improve the application of aluminum in various industries.
Collaborations
Throughout his career, Minxia has collaborated with notable colleagues like Arvid Espedal and Xiao-Jun Jiang, further enriching his expertise and expanding the scope of his inventions. These collaborations enhance the overall quality and applicability of the technologies being developed.
Conclusion
Minxia Li’s innovative work in producing corrosion and high-temperature resistant aluminum alloy extrusions marks an important advancement in metallurgy. His patents not only contribute to the field but also demonstrate the potential for further developments in aluminum applications across various industries. As he continues to refine his methods, the implications for enhanced material performance and application remain significant.