Roger Alan Wallace

Title: Innovations by Roger Alan Wallace: A Journey in Coating Technologies

Introduction

Roger Alan Wallace, an innovative inventor based in Crittenden, KY, has made significant contributions to the field of coating technologies. With two patents to his name, Wallace's inventions reflect a deep understanding of material science and engineering principles.

Latest Patents

Wallace's latest patents highlight his expertise in developing advanced coating formulations. His first patent focuses on a porcelain enamel coating specifically designed for high-carbon steel. This innovative coating includes a ground coat layer intended for direct application onto the steel, which features a unique frit containing nickelous oxide to enhance performance. The resulting porcelain enamel provides excellent resistance to boiling defects, such as pinholes, thereby improving durability and longevity.

The second patent introduces a water-based inorganic coating formulation that is free from lead and organic materials. This invention offers improved control over viscosity, stability, material separation, homogeneity, and re-crystallization properties. The formulation comprises a water-based alkaline metal silicate solution, pigment, and colloidal alumina, ensuring a more reliable and safe application.

Career Highlights

Roger Alan Wallace has worked for notable companies, including A.O. Smith Corporation and Aos Holding Company. His experiences in these organizations have undoubtedly contributed to his innovative capabilities, allowing him to push the boundaries of coating technologies.

Collaborations

Throughout his career, Wallace has collaborated with several talented individuals, including Ming C Kuo and Gary J Griffith. These partnerships have facilitated the exchange of ideas and fostered an environment of innovation in their respective fields.

Conclusion

Roger Alan Wallace stands out as a dedicated inventor whose work in coating technologies has the potential to influence various industries. His patents not only demonstrate his creativity but also underscore his commitment to developing safer, more effective materials. As innovations like his porcelain enamel coating and water-based formulations gain traction, the impact of Wallace's work will continue to resonate within the realm of material sciences.