Jared Lee Sommer

Title: The Innovative Mind of Jared Lee Sommer

Introduction

Jared Lee Sommer, an inventive force hailing from North Salt Lake City, UT, has made significant strides in the realm of materials science. With a portfolio of seven patents to his name, Sommer has demonstrated a commitment to advancing technology in thermoplastic materials.

Latest Patents

Among his notable contributions is a patent for a **thermoplastic composition with fly ash material**. This innovative approach strengthens thermoplastic materials by using fly ash or cinders as extenders, ensuring that the moisture content remains low, ideally not exceeding 2% by weight. The resulting materials can be foamed and extruded into various products, including window blind slats and shutter components. He has also developed a **master batch method with optimized filler**. This technique involves comparing the particle size distribution of different fly ash materials to an empirically derived ideal, allowing for the creation of a resin melt with reduced viscosity. The optimized filler is blended with resin and additional additives to facilitate foaming and coloration, culminating in a versatile material suitable for final product formation.

Career Highlights

Throughout his career, Jared has collaborated with innovative businesses such as Revolutionary Plastics, LLC and Technical Research Associates, Inc., contributing his expertise to enhance material performance and processing techniques. His commitment to research and development in polymer technology has made him a valuable asset in his field.

Collaborations

Working alongside talented individuals like Jack Raymond Prince and Joseph K Weeks, Jr., Jared has fostered collaborations that drive the advancement of thermoplastic applications. These partnerships have helped push the boundaries of material innovation, blending expertise to result in breakthrough developments.

Conclusion

Jared Lee Sommer stands out as a prominent inventor, pushing the envelope in thermoplastic material applications with his innovative patents. His contributions to the field not only enhance product performance but also showcase the potential for using industrial byproducts like fly ash in practical applications. As he continues to develop new technologies, Sommer's work will undoubtedly impact the future of materials science.