Company Filing History:
Years Active: 2011
Title: The Contributions of Carolin Thurn in Surface Coating Innovations
Introduction
Carolin Thurn, an innovative inventor based in Wadgassen, Germany, has made significant strides in the field of surface coatings. With her singular patent, she has positioned herself as a key player in enhancing the functionality of surfaces through advanced hydrophilization technologies.
Latest Patents
Thurn's notable patent, titled "Coating for Permanent Hydrophilization of Surfaces and Its Use," introduces a groundbreaking approach to modifying surface properties. This invention utilizes nano-scale particles featuring hydrophilic side chains, which can be effectively sintered. The coating composition consists of 10 to 90% inorganic structures, 5 to 70% hydrophilic side chains, and 0 to 50% organic side chains with functional groups, allowing for versatile applications in various industries.
Career Highlights
Carolin Thurn works at GXC Coatings GmbH, where she continues to push the boundaries of material science and engineering. Her work focuses on developing innovative surface treatments that enhance the hydrophilicity of surfaces, thereby improving their performance in different environments. Thurn's dedication to her field is reflected in her research and ongoing commitment to advancing coating technologies.
Collaborations
In her journey as an inventor, Thurn collaborates with talented individuals such as Stefan Sepeur and Nicole Dräger. Working alongside these professionals enables her to leverage diverse expertise, foster creativity, and develop solutions that meet the needs of various applications across industries.
Conclusion
Carolin Thurn exemplifies the innovative spirit of modern inventors. Through her patented work on hydrophilization coatings, she not only contributes to the advancement of material sciences but also paves the way for future innovations in surface technology. Thurn's ongoing projects at GXC Coatings GmbH underline her significant impact in creating functional surfaces that meet the demands of contemporary applications.