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Title: The Innovations of Stephane Cornelis in Thermoplastic Polymer Masterbatches
Introduction
Stephane Cornelis, an inventor based in Manage, Belgium, has made significant contributions in the field of materials science, particularly with thermoplastic polymers. His innovative approach to enhancing the scratch resistance of polymer compositions sets him apart as a notable inventor in his domain.
Latest Patents
Cornelis holds a patent for a process designed to increase the scratch resistance of a composition that incorporates a thermoplastic organic polymer and a scratch-resistant polymer composition. The patented process entails reactively mixing a thermoplastic organic polymer (A) with an organopolysiloxane (B) under specific temperature conditions to create a masterbatch. This masterbatch, formed during the reactive mixing process, involves a functional interaction between the components, leading to the formation of a copolymer that enhances the overall durability of the thermoplastic product.
Career Highlights
Cornelis has had a dynamic career working with reputable companies in the industry. He has been employed at Dow Silicones Corporation, where he contributed to advancements in silicones and related products. Additionally, he has worked with Multibase Inc., where his expertise in polymer formulations continued to thrive. His experience in these organizations has been instrumental in shaping his innovative practices.
Collaborations
Throughout his career, Stephane Cornelis has collaborated with accomplished professionals in the field, including his coworkers Aurelie Arrigoni and Sandrine Faletto. These partnerships have not only enriched his professional journey but also fostered a collaborative environment that encourages innovation and the sharing of ideas.
Conclusion
With a foundational understanding of thermoplastic polymers and a keen sense for innovation, Stephane Cornelis has made strides in enhancing material properties through his patented processes. His work exemplifies the importance of research and development in creating more durable and efficient polymer compositions in today's materials science landscape.