William L Bice

Title: Innovations of William L. Bice in Polymer Extrusion Performance Prediction

Introduction

William L. Bice is an accomplished inventor based in Slaughter, Louisiana. He has made significant contributions to the field of polymer science, particularly in predicting the extrusion performance of thermoplastic resinous polymers. His innovative work has led to the development of a unique apparatus that enhances the understanding of polymer behavior during extrusion processes.

Latest Patents

William L. Bice holds a patent for the "Prediction of extrusion performance of polymers." This invention features an apparatus designed to predict the extrusion performance of thermoplastic resinous polymers. The apparatus includes multiple capillaries arranged in series, each with progressively larger passageways. It also incorporates a pump to force a heated polymer melt through the capillaries, along with sensors to measure temperature and pressure drop. This setup allows for the determination of polymer viscosity at different shear rates, enabling accurate predictions of extrusion performance.

Career Highlights

Bice is associated with The Dow Chemical Company, where he has applied his expertise in polymer science. His work has been instrumental in advancing the understanding of polymer extrusion, which is crucial for various industrial applications. His innovative approach has garnered attention within the scientific community and has contributed to the efficiency of polymer processing.

Collaborations

William L. Bice has collaborated with notable colleagues, including Ernest D. Graves, Jr. and Gerald P. Wagener. These collaborations have further enriched his research and development efforts in the field of polymer science.

Conclusion

William L. Bice's contributions to the prediction of polymer extrusion performance exemplify the importance of innovation in material science. His patented apparatus not only enhances the understanding of polymer behavior but also serves as a valuable tool for industries relying on thermoplastic materials. His work continues to influence the field and drive advancements in polymer processing technology.