Company Filing History:
Years Active: 1988-1991
Title: The Innovations of Jean-Claude Kiefer
Introduction
Jean-Claude Kiefer is an inventive figure hailing from Blaincourt les Precy, France. His contributions to the field of materials science, particularly in the development of specialized microporous composites, have resulted in the acquisition of three patents. His work exemplifies the intersection of innovation and practical applications, impacting various industrial processes.
Latest Patents
Jean-Claude Kiefer's latest patents focus on microporous composites and their electrolytic applications. His patents describe microporous composites that are specifically designed for use as cathodes in the electrolysis of sodium chloride. The composites are characterized by a regular, homogeneous, and consolidated microporous deposit of monodispersed carbon fibers on a perforated rigid support substrate. Notably, Kiefer's innovation ensures that the carbon fibers exhibit a distribution by length, where at least 80% of the fibers maintain a mean length that is highly controlled, contributing to the efficiency of the electrolytic processes.
Career Highlights
Kiefer has honed his expertise through his role at Rhône-Poulenc Chimie de Base, where his work focuses on cutting-edge innovations in materials chemistry. His dedication and ability to innovate have established him as a critical asset in his field, allowing for advancements that benefit not only his company but also the wider scientific and industrial communities.
Collaborations
Throughout his career, Jean-Claude Kiefer has collaborated with talented professionals, including his coworker Jean Bachot. This teamwork fosters a creative environment that enhances the development of new technologies and applications, driving forward their shared goals in research and innovation.
Conclusion
Jean-Claude Kiefer's significant contributions to the field of microporous composites illustrate the transformative power of innovation in industrial applications. His patents not only embody technical excellence but also highlight the importance of collaboration among inventors. Kiefer's work remains a vital part of advancing technologies that hold promise for various electrolytic processes, showcasing the ongoing potential within the realm of materials science.