Thomas Frese

Title: Innovations by Inventor Thomas Frese

Introduction

Thomas Frese, an inventive mind from Burghausen, Germany, has made significant contributions in the field of silicone elastomers. With a focus on enhancing the properties and production processes of silicone materials, he holds two patents that reflect his innovative approach.

Latest Patents

Frese's latest patents include groundbreaking advancements in silicone elastomers. One notable invention is the development of self-adhesive silicone elastomers. This composite material features a silicone addition crosslinkable silicone elastomer composition that includes an organopolysiloxane with aliphatic unsaturation, an Si-H functional cyclic organopolysiloxane, a hydrosilylation catalyst, and specific adhesion promoters applied to a substrate material.

Another patent focuses on a continuous process for producing base compositions for improved-stability silicone compositions. This innovative method involves two stages; first, organopolysiloxanes and flowable prehydrophobized oxidic reinforcing fillers are homogeneously mixed and kneaded in a continuous kneading machine. In the second stage, the compositions undergo aftertreatment in a mixing apparatus, where they are mixed while introducing shear force to enhance their properties.

Career Highlights

Thomas Frese is associated with Wacker Chemie AG, a multinational company specializing in advanced silicone and polymer technologies. His work at Wacker Chemie is a cornerstone of his career, where he applies his expertise to enhance product offerings in the market.

Collaborations

Throughout his career, Frese has collaborated with talented colleagues, including Martin Bortenschlager and Silvia Jung-Rossetti. Together, they work on innovative solutions that push the boundaries of silicone technology.

Conclusion

In summary, Thomas Frese's work not only showcases his inventive skills but also contributes to the advancements in silicone elastomers and their applications. His patents reflect a commitment to innovation and a desire to improve material performance, which will likely have lasting impacts in the industry.