Location History:
- Charlotte, NC (US) (1980)
- Broomall, PA (US) (1982 - 1984)
Company Filing History:
Years Active: 1980-1984
Title: Nicolai A. Favstritsky: Innovator in Polymer Chemistry
Introduction
Nicolai A. Favstritsky is a notable inventor based in Broomall, Pennsylvania, recognized for his contributions to polymer chemistry. He holds three patents that showcase his innovative approaches to enhancing fiber-forming polymers. His work has significant implications for the textile and materials industries.
Latest Patents
Favstritsky's latest patents include a method for the esterification of carboxyl end groups through the addition of oxirane. This method aims to reduce the number of free carboxyl end groups present in fiber-forming polymers by incorporating low-boiling oxirane compounds, such as ethylene oxide. Another significant patent involves a novel polyester derived from para-hydroxy benzoic acid and 2,6-naphthalene dicarboxylic acid. This polyester exhibits an anisotropic melt phase at temperatures conducive to melt processing, allowing for the production of high-quality fibers and molded articles. The polyester demonstrates enhanced tenacity values upon thermal treatment and offers improved hydrolytic stability compared to previous formulations.
Career Highlights
Nicolai A. Favstritsky has made substantial contributions to the field of polymer science through his innovative patents. His work at Fiber Industries, Inc. has positioned him as a key figure in the development of advanced materials. His research focuses on improving the properties of polymers to meet industry demands.
Collaborations
Favstritsky collaborates with Ronald L. Griffith, leveraging their combined expertise to drive innovation in polymer chemistry. Their partnership has led to significant advancements in the field.
Conclusion
Nicolai A. Favstritsky's work exemplifies the spirit of innovation in polymer chemistry. His patents reflect a commitment to enhancing material properties and advancing industry standards. His contributions continue to influence the development of new and improved fiber-forming polymers.