Natalie Suhan

Title: The Innovative Contributions of Inventor Natalie Suhan

Introduction

Natalie Suhan, an accomplished inventor based in London, Canada, has made significant contributions to the field of materials science. With a total of three patents to her name, Suhan's work primarily focuses on advancements in butyl rubber, tailoring its properties for various industrial applications. Her inventive spirit and dedication to innovation underscore the impact of her research and development on both industry and academia.

Latest Patents

Suhan's latest patents reflect her expertise in polymer materials. One notable invention is the "Transparent peroxide curable butyl rubber," which provides an optically transparent article made from a peroxide curable butyl rubber ionomer. This unique creation comprises repeating units derived from the reaction of multiolefin monomers and a nitrogen or phosphorus-based nucleophile with a pendant vinyl group. The invention also details a process for sustainably producing such optically transparent articles.

Another impressive patent is focused on "Butyl rubber with increased impermeability." This innovation utilizes surface modification methods that blend plasma and chemical treatments to make unfilled butyl rubber surfaces reactive toward organosilanes. By plasma oxidizing the butyl rubber and subsequently applying vapor deposition of SiCl4, Suhan achieved a hydrophilic surface that can anchor organosilanes effectively. Notably, the fabrication of self-assembled monolayers (SAMs) led to a remarkable decrease in gas permeability—by 15% and 25%—without sacrificing optical transparency.

Career Highlights

Throughout her career, Natalie Suhan has been associated with prominent organizations, including Lanxess Corporation and the University of Windsor. Her tenure at these institutions has allowed her to develop innovative materials while broadening her expertise in polymer science. Suhan's work continues to influence the applications of butyl rubber in various fields.

Collaborations

Suhan has collaborated with noteworthy professionals, such as Lorenzo Ferrari and Tricia Breen Carmichael. These partnerships foster an environment of creativity and shared knowledge, driving the successful development of her patented technologies.

Conclusion

Natalie Suhan exemplifies what it means to be an innovative inventor in today's material science landscape. Her contributions through patents in transparent peroxide curable butyl rubber and improved impermeability represent crucial advancements that could pave the way for new applications. With her experience and collaborative efforts, Suhan's future endeavors are likely to yield even more groundbreaking technologies.