Company Filing History:
Years Active: 1979-1980
Title: The Innovator Behind Nonplating Cathodes: Richard A. Bird
Introduction
Richard A. Bird, an accomplished inventor located in Weirton, West Virginia, has made significant strides in the field of electrochemistry with his innovative developments. With a total of three patents to his name, Bird has demonstrated a consistent commitment to advancing technology in galvanizing solutions.
Latest Patents
Two of Richard A. Bird's most notable patents are focused on a groundbreaking invention: the Nonplating Cathode and method for producing the same. This inventive cathode, particularly a lead cathode, exhibits immunity to the plating of zinc on its surface when utilized in an electrolytic galvanizing solution. The method of producing this cathode involves placing the lead cathode in an electrolytic solution rich in zinc ions, where a light zinc coating is electrolytically formed on the cathode's surface. Bird's method further optimizes this process by efficiently removing the zinc coating, preferably through the temporary interruption of the applied current, allowing the zinc coating to dissolve back into the electrolytic solution.
Career Highlights
Richard A. Bird currently applies his expertise at the National Steel Corporation, where he actively contributes to innovations in metal treatment and galvanization techniques. His focus on improving electrochemical processes positions him as a vital resource within the organization.
Collaborations
Throughout his career, Bird has worked closely with his coworker, Lowell W. Austin, fostering a collaborative environment that promotes innovative problem-solving and the advancement of electrochemical research. Their partnership has proven essential in refining the techniques associated with their patents.
Conclusion
In conclusion, Richard A. Bird stands out as an inventor who continually seeks to enhance and innovate within the realm of electrochemical applications. His contributions through the development of the Nonplating Cathode have the potential to create a significant impact in the industry, especially in improving efficiencies related to galvanizing processes. Bird's work at the National Steel Corporation underscores his dedication to pushing the boundaries of technology and ensuring advancements in metal treatment methods.