Oswin Öttinger

Title: **Innovations of Oswin Öttinger: Pioneering Patents in Graphite Technology**

Introduction

Oswin Öttinger, an accomplished inventor based in Meitingen, Germany, has made significant contributions to the field of materials science. With a portfolio of eight patents, he is recognized for his innovative work in the development of advanced graphite products and processing methods. His expertise bridges various applications, including fuel cell components and sealing elements, showcasing his commitment to enhancing material efficiency and performance.

Latest Patents

Öttinger's recent patents focus on impregnated bodies made of expanded graphite and methods for producing expandable graphite intercalation compounds. One notable patent details a process for producing impregnated bodies composed of expanded graphite, which are infused with low-viscosity, solvent-free, storage-stable, polymerizing resins such as isocyanates and epoxy resins. These bodies are shaped and rapidly cured to form crucial components in fuel cells and effective heat-conducting elements. His innovative approach also encompasses a method for creating expandable graphite intercalation compounds using thermal polyphosphoric acid, which enhances the production of high-quality graphite foils and seals with remarkable fluid tightness and strength.

Career Highlights

Throughout his career, Öttinger has collaborated with renowned companies, notably SGL Carbon AG and SGL Technik GmbH. His work with these organizations has allowed him to leverage cutting-edge technology in the development of graphite applications that are both unique and commercially viable. His patents reflect a deep understanding of materials, leading to breakthroughs in the functionality and utility of graphite-based products.

Collaborations

In addition to his impressive patent portfolio, Oswin Öttinger has partnered with talented individuals such as Silvia Mechen and Mike Römmler. Their collaboration has propelled forward-thinking projects that embody innovation and practical applications in the industry. These partnerships have fostered an environment of creativity and technological advancement within the realm of materials science.

Conclusion

Oswin Öttinger stands out as a visionary inventor whose work with graphite technologies demonstrates the profound impact of innovative thinking in material engineering. His eight patents not only showcase his dedication to advancing the field but also highlight the potential for future applications within energy and material efficiency. As he continues to develop groundbreaking products, Öttinger's contributions will undoubtedly shape the advancement of technology for years to come.