Company Filing History:
Years Active: 2007
Title: Innovation Spotlight: Paul McDaniel and His Unique Electroplating Patent
Introduction
Paul McDaniel, an inventive mind based in Jonesborough, Tennessee, has made significant strides in the field of material science through his innovative patent. With a singular focus on developing metals that boast a unique silvery-white appearance, McDaniel's contributions reflect the intersection of creativity and practicality in modern inventions.
Latest Patents
McDaniel holds a patent for "Electroplated metals with silvery-white appearance and method of making." This invention articulates a method of producing metals that not only have aesthetic appeal but also cater to specific needs, such as sensitivity to nickel allergies. His technique involves a composite material consisting of a metallic core, which is encased in two layers—first, a copper or copper alloy layer electroplated from a solution rich in copper ions, and second, a white bronze layer derived from a mixture of copper and tin ions. The final product achieves a visually striking appearance while being hypoallergenic.
Career Highlights
Currently affiliated with Jarden Zinc Products, LLC, McDaniel leverages his expertise in electroplating to enhance the production of materials used for coinage, tokens, and medallions. His innovative methods not only improve the aesthetic quality of these products but also ensure they are accessible to individuals with nickel sensitivities.
Collaborations
In his professional journey, McDaniel has collaborated with talented coworkers such as Johnny Smelcer and Randy Beets. Their combined efforts within Jarden Zinc Products manifest a dynamic team dedicated to advancing the company’s capabilities in producing high-quality metals with specialized finishes.
Conclusion
Paul McDaniel stands as an exemplary inventor whose dedication to innovation in electroplating has resulted in notable advancements in metal production. His work not only enhances product appeal but also prioritizes user safety, highlighting the importance of mindful innovation in contemporary material science.