Kevin T Pate

Title: The Innovative Mind of Kevin T. Pate

Introduction

Kevin T. Pate, a dedicated inventor based in Clifton Park, NY, has made significant contributions to the field of materials science through his innovative designs and methodologies. With three patents to his name, Pate has focused on enhancing the performance of silicone compositions by leveraging the unique properties of treated silica fillers.

Latest Patents

Pate's latest patents include groundbreaking developments in curable silicone compositions. His first patent outlines a curable silicone composition containing flurosilicone treated silica. This composition enables a treatment for finely divided silica reinforcing fillers by heating the silica filler in the presence of a fluoroalkyl-functional diorganopolysiloxane. The result is treated silica fillers that demonstrate exceptional compatibility with fluorosilicone gums. Pate’s innovative approach results in rubbers that exhibit improved mechanical properties, particularly in terms of tear strength and compression set.

Additionally, his second patent focuses on a similar treatment for silica reinforcing fillers, again utilizing fluoroalkyl-functional diorganopolysiloxane. This process not only enhances compatibility with fluorosilicone gums but also leads to superior mechanical properties in the resulting products.

Career Highlights

Throughout his career, Kevin Pate has worked with prestigious organizations that have contributed to his expertise and innovations. Notably, he has been part of the General Electric Company, where he honed his skills in product development and material sciences. He also contributed to research initiatives at the Wisconsin Alumni Research Foundation, further expanding his knowledge in the field.

Collaborations

Kevin has collaborated with talented individuals such as Edwin R. Evans and Jerome E. Rattner. These collaborations have not only helped to advance his projects but have also fostered an environment of creativity and innovation, instrumental in achieving successful outcomes in various inventions.

Conclusion

Kevin T. Pate's contributions to the field of silicone compositions and reinforcing fillers highlight his innovative spirit and commitment to enhancing material properties. His work not only promises to improve the functionality of various products but also showcases the impact of collaboration in the world of innovation. With his ongoing dedication, Pate continues to pave the way for advancements in materials science.