Company Filing History:
Years Active: 2014-2017
Title: Rüdiger Häffner: Innovator in Polyamide and Polyoxymethylene Synthesis
Introduction
Rüdiger Häffner is an accomplished inventor based in Neustadt, Germany. With a strong focus on chemical innovations, he holds three patents that contribute significantly to the fields of polyamide and polyoxymethylene synthesis.
Latest Patents
Häffner's latest patents include:
1. **Method for Producing Highly Viscous Polyamides** - This innovative method allows for the synthesis of polyamide through an interesting process where an aqueous solution is sprayed onto the polyamide during a solid-state post-condensation process. The aqueous solution comprises a combination of phosphoric acid and other compounds that enhance the characteristics of the resulting polyamide, making it suitable for applications such as films, fibers, and textile materials.
2. **Process for Working Up Particulate Crude Polyoxymethylene** - In this inventive process, Häffner outlines a series of steps for efficiently working up particulate crude polyoxymethylene. This method ensures the effective treatment of the material, thereby improving its utility and application in various industrial scenarios.
Career Highlights
Rüdiger Häffner's career is marked by his significant contributions to BASF SE Corporation, a leading chemical company where he applies his expertise to innovate and improve polymer synthesis techniques. His work not only emphasizes the practicality of new chemical processes but also addresses the industry's need for more efficient production methods.
Collaborations
Throughout his career, Häffner has collaborated with esteemed colleagues, including Achim Stammer and Rolf-Egbert Grützner. These partnerships enable the exchange of innovative ideas and enhance the development of advanced chemical processes through collective expertise.
Conclusion
Rüdiger Häffner's dedication to innovation in the chemical field is evident through his patents and contributions at BASF SE Corporation. His work on polyamides and polyoxymethylene showcases his commitment to advancing materials science, making strides that will have lasting impacts on the industry.