Company Filing History:
Years Active: 1998
Title: Innovations in Master Alloy Production: The Invention of Jeni L. Heenley
Introduction: Jeni L. Heenley is a notable inventor based in Newmanstown, PA, recognized for her significant contributions to the field of materials science, specifically in the production of master alloys. With an inventive spirit, she has developed a method that enhances the quality and efficiency of vanadium-aluminum-ruthenium alloys, marking her as an influential figure in her industry.
Latest Patents: Jeni holds a patent for a novel method of producing vanadium-aluminum-ruthenium master alloys. Her innovative approach allows for the creation of these alloys with a substantially homogeneous microstructure and minimal refractory inclusions. The patented method involves the reaction of vanadium oxides with excess aluminum through an aluminothermic reduction reaction, conducted in the presence of refractory materials. This process yields a high-quality master alloy characterized by a composition of approximately 59 to 70% vanadium, 29 to 40% aluminum, and 1 to 10% ruthenium, all based on the weight of the alloy. The resulting master alloy is particularly beneficial for producing titanium base alloys of superior quality.
Career Highlights: Throughout her career, Jeni has been associated with Reading Alloys, Inc., where her expertise has contributed to advancements in metallurgy. She has focused on the development of materials that are vital to various high-performance applications, ensuring that industry standards are met with her innovative solutions.
Collaborations: Jeni has worked alongside esteemed colleagues such as Brian J. Higgins and the late James D. Kahl. These collaborations have fostered a collective effort toward enhancing the properties and applications of advanced alloys, reflecting a shared commitment to innovation in their field.
Conclusion: Jeni L. Heenley's innovative approach to alloy production exemplifies the impact of scientific inquiry and engineering on material advancements. Her patented method not only underscores her role as an inventor but also highlights the importance of collaboration in driving technological progress. Through her work, she continues to influence the materials industry and inspire future innovations.