Andrew John Inglis

Title: Andrew John Inglis: Innovator in Functional Materials

Introduction

Andrew John Inglis, an esteemed inventor based in Blakehurst, Australia, has made significant contributions to the field of functional materials. With two patents to his name, Inglis is at the forefront of innovative methods that enhance the performance of adhesives and coating formulations.

Latest Patents

Inglis’s latest patents focus on novel approaches to controlling viscosity and reversible crosslinking in functional materials.

The first patent, titled "Functional materials with controllable viscosity," presents an innovative method for regulating the viscosity of adhesives and coatings. This method allows for rapid thermoplastic curing at room temperature while significantly reducing viscosity at higher temperatures. This unique mechanism facilitates easy processing and enables substrates that were originally bonded to be separated with minimal effort. Notably, the system supports multiple cycles of thermoplastic curing and viscosity reduction.

The second patent, "Functional materials with reversible crosslinking," introduces a groundbreaking method for the reversible crosslinking of adhesives and coating materials. This technique permits quick crosslinking at room temperature and the ability to undo the crosslinks at elevated temperatures. This reversible process encourages thermoplastic processing and allows previously bonded substrates to be easily separated. As with the viscosity control system, this method also supports multiple cycles of crosslinking and decrosslinking.

Career Highlights

Andrew John Inglis is associated with Evonik Roehm GmbH, where he has shown remarkable dedication to developing cutting-edge functional materials. His expertise in materials science has played a pivotal role in advancing technology in various industrial applications.

Collaborations

Inglis collaborates with talented colleagues such as Friedrich Georg Schmidt and Simon Krause, contributing to a rich environment of innovation at Evonik Roehm GmbH. These partnerships exemplify the synergistic approach to developing advanced material solutions.

Conclusion

Andrew John Inglis's contributions to the field of functional materials underscore his status as a pioneering inventor. With innovative patents that focus on controllable viscosity and reversible crosslinking, he is shaping the future of adhesives and coatings. His work not only advances technological capabilities but also opens new doors for practical applications in various industries.