Scott W Huffer

Title: Scott W. Huffer: Innovator in Thermoformable Conductive Laminate Technologies

Introduction

Scott W. Huffer, an accomplished inventor hailing from Crown Point, IN, is known for his significant contributions to the field of thermoformable conductive laminates. With three patents to his name, he has made strides towards improving the processes and materials used in electrostatic spray painting applications.

Latest Patents

Among his latest inventions is a groundbreaking process for creating a thermoformable conductive plastic laminate. This innovative technology is designed for producing plastic parts that achieve a uniform, high-quality paint finish through electrostatic spray painting. The process involves the formation of a matte release coated casting sheet and the casting of an electrically conductive polymer in a thin film. Following this, a conductive primer coat is dried and transfer-laminated to a thin face sheet made of thermoformable plastic. The excellence of this laminate lies in its fine particulate filler that imparts a micro-roughened matte surface, enhancing the performance of the conductive primer. This primer, composed of a polyester resin with finely particulate conductive materials such as carbon black, ensures superior electrical surface conductivity, while enabling an elegant Class 'A' quality exterior automotive paint finish.

Career Highlights

Scott W. Huffer currently works at Avery Dennison Corporation, where he continues his research and development efforts in material science and engineering. His work significantly impacts advancements in the manufacturing of plastic parts, particularly in industries that require high-quality finish and electrostatic applications.

Collaborations

Within Avery Dennison Corporation, Huffer collaborates with notable coworkers, including Howard H. Enlow and Frederick Young. Together, they contribute to innovative projects and help drive forward the company’s objectives, constantly pushing the boundaries of material capabilities and applications.

Conclusion

Scott W. Huffer's inventive spirit and dedication to enhancing thermoformable conductive laminates highlight his role as a key inventor in the industry. His latest patents not only illustrate his expertise but also demonstrate significant advancements in manufacturing processes, contributing to the future of high-quality plastic components in various applications.