Franz Alfred Dürnberger

Title: Franz Alfred Dürnberger: Innovator in Spinning Technology

Introduction

Franz Alfred Dürnberger, based in Lenzing, Austria, is an accomplished inventor known for his contributions to spinning technology. With a total of six patents to his name, Dürnberger has made significant advancements in methods and devices used in the continuous extrusion of molded bodies.

Latest Patents

Among his recent innovations is the "Spinning device and method for spinning up a spinning device." This invention details a comprehensive method for the continuous extrusion of molded bodies from a spinning solution. The process involves extrusion through spinnerets, creating a loose spinning curtain from which molded bodies are combined into a molded body bundle. The bundle is then fed to a draw-off member to initiate continuous extrusion. To enhance the reproducibility and simplicity of the spinning method, Dürnberger proposes a novel approach that includes twisting the spinning curtain around a torsion axis and increasing the tensile strength of specific areas of the molded bodies prior to combining them.

Career Highlights

Dürnberger's career has seen him work with renowned companies such as Lenzing AG and Nutrition & Biosciences USA 4, Inc. His expertise in spinning technology has molded the advancement of fiber production, reflecting his deep understanding of material properties and processing techniques.

Collaborations

Throughout his career, Dürnberger has collaborated with notable professionals, including Christoph Schrempf and Sigrid Redlinger. These collaborations have facilitated the exchange of ideas and further innovation in the field of spinning technology.

Conclusion

Franz Alfred Dürnberger stands out as a significant figure in the realm of spinning inventions. His patents reflect a commitment to enhancing manufacturing processes in the textile industry, making him a valuable contributor to technological advancements in the field. As he continues to innovate, Dürnberger’s work will likely influence future developments in spinning technology.