Max Sorenson

Title: Max Sorenson – Innovator in Metal Component Coatings

Introduction

Max Sorenson, an esteemed inventor based in Salt Lake City, UT, holds an impressive portfolio of six patents that reflect his commitment to advancing technologies in metal coatings. His works are particularly significant in industries such as aerospace and oil due to the innovative methods he developed for removing coatings and bonding materials.

Latest Patents

Among his notable patents, two stand out for their unique approaches to improving the treatment of metal components. The first patent is focused on Apparatus, methods, and compositions for removing coatings from a metal component. This invention details apparatus for stripping coatings from metal parts, especially those used in aircraft and aerospace vehicles, as well as equipment in the oil industry. This process utilizes an aqueous bath combined with an active oxygen source and ligands that effectively remove these coatings. Key components of the method include the use of hydrogen peroxide for active oxygen and precise pH control based on bath temperature.

The second patent, Silane compositions and methods for bonding rubber to metals, provides innovative solutions for treating metal surfaces to enhance the adhesion of rubber-like polymeric materials. This invention employs hydrolyzed amino silanes and sulfur-containing silanes, and emphasizes creating protective coatings that can better withstand corrosion while optimizing the bonding process under varied conditions.

Career Highlights

Throughout his career, Max Sorenson has made significant contributions to both academic and industrial fields. He held key roles at Aeromet Technologies, Inc., where he collaborated on various research projects aimed at advancing metal treatment technologies. Additionally, his association with the University of Cincinnati further highlights his dedication to academic research, bridging the gap between theoretical knowledge and practical applications.

Collaborations

Max has worked alongside esteemed colleagues such as William J. Van Ooij and David C. Fairbourn, who share a commitment to innovation in materials science. Their collaborative efforts have led to advancements that not only promote efficiency but also enhance the safety and durability of metal components in demanding environments.

Conclusion

Max Sorenson exemplifies the spirit of innovation, demonstrating how inventive thinking can lead to practical solutions in challenging industries. His six patents reflect a deep understanding of materials and their applications, positioning him as a key figure in the ongoing evolution of metal component technologies. Through his work, he continues to make a lasting impact on the fields of aerospace and industrial applications, paving the way for future advancements.