Andrew L Bastone

Title: The Innovations of Andrew L. Bastone

Introduction

Andrew L. Bastone is a notable inventor based in Granville, Ohio, with a significant impact in the realm of synthetic materials and composite structures. Throughout his career, he has secured two patents that showcase his innovative contributions to the industry.

Latest Patents

One of Andrew's latest inventions is titled "Synthetic Reinforcing Strands with Spaced Filaments." This invention presents a synthetic reinforcing strand of filaments, where the density is strategically reduced by spacing the filaments apart along their length using heat-expandable hollow particles, such as plastic microspheres that transform into microballoons. This innovation not only enhances the properties of the strands but also introduces methods for utilizing these strands in the production of composite structures.

Another key patent is "Reinforced Extrusion Products and Method of Making Same." This patent outlines a method for producing an extruded composite by coextruding a thermoplastic polymeric material with a core mixture comprising a thermosetting resin and filler material. This intricate process involves extruding the thermoplastic material to form a space, into which the core mixture is pumped, ultimately leading to the formation of a strong and reliable extruded composite.

Career Highlights

Over the course of his career, Andrew L. Bastone has been associated with noteworthy companies, including Isorca, Inc. and Crane Plastics Company Limited Partnership. At these organizations, he has played a critical role in advancing the development of innovative materials and processes.

Collaborations

Andrew has collaborated with several professionals in his field, including notable coworkers Thomas E. Philipps and Darryl A. Payne. These collaborations have likely fostered a creative environment that has contributed to Andrew's successful inventions and patents.

Conclusion

Andrew L. Bastone exemplifies the spirit of innovation, continuously contributing to advancements in synthetic materials and composite technology. With his patents showcasing unique methodologies, he is a key figure in the evolving landscape of engineering and materials science. His work not only reflects his inventive prowess but also the potential for his inventions to shape the future of composite structures.