Alfred Nogossek

Title: Alfred Nogossek: Innovator in Synthetic Material Processing

Introduction

Alfred Nogossek is a renowned inventor based in Salzgitter, Germany, credited with seven innovative patents. His work primarily focuses on the field of synthetic materials, particularly in the manufacturing processes that enhance their properties and usability.

Latest Patents

Among his latest inventions is a method for manufacturing a foamable synthetic material from shredded foam. This invention describes a refined technique for creating a foaming synthetic material, such as polystyrol, using an extruder. The process involves feeding the synthetic material into the extruder, where foaming gas is introduced in liquid form, maintaining pressure to keep the gas from vaporizing. The method includes precise steps to degas the shredded synthetic foam before foaming to ensure high quality. Another significant patent from Nogossek is a plastifier with a disk and pin throttle designed for plastic materials. This innovation aims to enhance the flow in a double-screw plastifying extruder by incorporating throttle disks with outwardly open recesses and pins that can vary the flow cross-section, effectively addressing dead zones in the material flow.

Career Highlights

Alfred has had a remarkable career, having worked for esteemed companies such as Automatik Apparatemaschinenbau GmbH and Friedrich Theysohn GmbH. His experiences in these organizations provided him with a rich foundation to innovate and contribute significantly to the field of material processing.

Collaborations

Throughout his career, Nogossek has collaborated with distinguished professionals, including his colleagues Jurgen Keilert and Harald Zang. These partnerships have facilitated the exchange of ideas and fostered innovation within the industry.

Conclusion

Alfred Nogossek's contributions to synthetic material processing are invaluable, reflecting his dedication to innovation and excellence. With his seven patents, he continues to impact the field and inspire future inventors in the realm of materials engineering.