Lowell W Austin

Title: **Lowell W. Austin: A Pioneer in Electrolytic Tin Plating**

Introduction

Lowell W. Austin, an innovative inventor from Weirton, West Virginia, has made significant contributions to the field of electrolytic tin plating. With a total of 14 patents to his name, his work focuses on enhancing processes related to the treatment of steel substrates, thereby improving product quality and environmental safety.

Latest Patents

Among his latest inventions, the "Electrolytic tinplating of steel substrate and apparatus" stands out. This patent showcases methods and apparatus enabling simultaneous electrolytic tin plating of both the bottom and top surfaces of continuous-strip flat-rolled steel substrates while they move in the direction of their length. By utilizing a first cell in a multi-cell horizontally oriented tin plating line, both surfaces can be plated concurrently. Notably, this process involves distinct sources for the stannous ion plating and electrical power for each surface. The design confines tin pellets for the upper surface anode within a solution-permeable material, significantly mitigating the dissolution of surface iron from the steel strip. As a result, this innovation enhances the quality of the stannous ion plating solution by eliminating harmful additives and expanding the range of electrolytically tin-plated continuous-strip steel products.

Another prominent patent focuses on a new combination of electrolytic plating process steps for steel strips. This invention effectively eliminates iron ion dissolution from continuous-strip steel substrates into chemically corrosive plating solutions, such as Halogen-bath or methylsulphonic acid solutions. By removing the need for cyanide in Halogen-bath tin plating operations, which could produce hazardous precipitants like prussian blue, this advancement contributes to a safer working environment.

Career Highlights

Throughout his career, Lowell W. Austin has worked for notable companies, including National Steel Corporation and Weirton Steel Corporation. His expertise has shaped various advancements in the steel industry, particularly in the area of plating technology.

Collaborations

Austin's innovative journey has been supported by collaborations with fellow inventors, such as John R. Smith and William D. Bingle. Their collective efforts have enriched the field and led to numerous successful projects that address critical environmental and quality challenges in steel production.

Conclusion

Lowell W. Austin's contributions to electrolytic tin plating not only highlight his inventive spirit but also emphasize the importance of innovation in advancing industrial processes. His patented techniques are pivotal in enhancing product safety, environmental sustainability, and operational efficiency, making him a respected figure in the field of materials engineering.