Gex, France

Michel Brémont


Average Co-Inventor Count = 2.0

ph-index = 1

Forward Citations = 5(Granted Patents)


Company Filing History:


Years Active: 2015

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1 patent (USPTO):Explore Patents

Title: **The Innovative Mind of Michel Brémont: A Pioneer in Adhesive Technology**

Introduction

Michel Brémont, based in Gex, France, is a notable inventor recognized for his contribution to adhesive technology. With a focus on creating advanced materials, Brémont holds a patent that reflects his innovative approach to bonding solutions.

Latest Patents

Brémont's sole patent involves an adhesive polyurethane powder that is activated by heat. This inventive adhesive composition is designed for bonding components to surfaces such as glass. The formulation boasts a unique combination of at least two polymers with melting points above 40°C, solid di- or poly-isocyanate in powder form, and a catalyst. The method involves creating three distinct parts—two melted parts containing polymers (one with a catalyst) and a third consisting of isocyanate, which are then cooled, fragmented, and sieved to produce the adhesive powder.

Career Highlights

Michel Brémont has a rich career at A. Raymond Et Cie, where he has utilized his expertise to advance product development. His innovative spirit is not only evident in his patented invention but also in his approach to enhancing adhesives for various industrial applications.

Collaborations

Brémont collaborates closely with his coworker, Michel Awkal. Together, they enhance the capabilities of their team at A. Raymond Et Cie, driving the advancement of adhesive solutions that meet the demands of modern industries.

Conclusion

Michel Brémont's work in adhesive technology represents a significant step forward in material science. His patented invention of heat-activable polyurethane powder illustrates the potential for innovative bonding solutions in diverse applications. With a collaborative spirit and a dedication to improvement, Brémont is poised to continue influencing the field of adhesives significantly.

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