Company Filing History:
10 out of 17,173 
2 out of 2,968 
Years Active: 2017-2025
Introduction
Taotao Zhu is an accomplished inventor based in West Chester, OH, with a remarkable portfolio of eight patents to his name. His work is notably centered around innovative cleaning and personal care compositions, aiming to enhance the efficiency and effectiveness of everyday products.
Latest Patents
Among Taotao Zhu's latest contributions to the field are two significant patents. The first, titled "Cleaning Implement with a Rheological Solid Composition," introduces a cleaning implement designed to effectively clean surfaces. This innovative tool incorporates an erodible foam that interacts with the surface, coupled with a rheological solid composition that combines a crystallizing agent with an aqueous phase. The second patent, "Rheological Solid Composition for Use in Personal Care Compositions," focuses on a similar rheological solid composition that can be utilized in personal care products, providing adaptability and effectiveness in various applications.
Career Highlights
Throughout his career, Taotao Zhu has worked with prestigious organizations, notably The Procter & Gamble Company, where he focused on product development and innovation. Additionally, he has collaborated with the President and Fellows of Harvard College, further showcasing his dedication to advancing research in consumer products and supporting the practical applications of scientific discoveries.
Collaborations
In the realm of his professional endeavors, Taotao Zhu has worked alongside talented individuals such as Matthew Lawrence Lynch and Brandon Philip Illie. This collaboration with fellow innovators highlights a shared commitment to pushing the boundaries of product formulation and design, leading to novel solutions in the cleaning and personal care sectors.
Conclusion
Taotao Zhu exemplifies the spirit of innovation through his robust patent portfolio and career achievements. His contributions to cleaning implements and personal care compositions continue to impact the industry positively. As he advances his work, the potential for further innovations remains promising and significant.