Location History:
- Port Huron, MI (US) (1995 - 2017)
- Marysville, MI (US) (2017 - 2022)
Company Filing History:
Years Active: 1995-2022
Title: John Kinch Tynan, Jr.: Innovator in Undersea Applications
Introduction
John Kinch Tynan, Jr. is a notable inventor based in Port Huron, Michigan, recognized for his contributions to the field of materials and tape technology. With a remarkable portfolio of 18 patents, he has established himself as a significant figure in innovation, particularly in undersea applications.
Latest Patents
Among his latest innovations are two patents concerning filament-reinforced tapes that are designed for underwater pipe wrap applications. The first patent details a member for use in undersea applications, which encompasses a plurality of conduits assembled into a bundle. This bundle is wrapped with a unique pressure-sensitive tape that features a backing, a layer of corrosion-resistant filaments on one surface, and a pressure-sensitive adhesive layer that binds the filaments to the backing. The second patent describes a similar application, but instead utilizes corrosion-resistant yarns, providing a robust solution for underwater environments.
Career Highlights
John Kinch Tynan, Jr. has made significant contributions during his tenure at Intertape Polymer Corporation, a leader in the manufacturing of innovative tape solutions. His work on filament-reinforced tapes demonstrates a clear commitment to enhancing the durability and reliability of products used in challenging environments.
Collaborations
Throughout his career, Tynan has collaborated with notable coworkers such as Mark A. Lewandowski and Richard Walter St. Coeur. Their combined expertise has undoubtedly contributed to the advancement of the technologies developed at Intertape Polymer Corporation.
Conclusion
As an inventor, John Kinch Tynan, Jr. has made substantial contributions to the innovation of materials, highlighting the importance of advanced solutions in underwater applications. His ongoing work continues to inspire the field and pushes the boundaries of what is possible with modern materials.