Company Filing History:
Years Active: 1999-2003
Title: The Innovations of Phillip Ronald King: Revolutionizing Metal Treatment
Introduction: Phillip Ronald King, an inventor based in Winsted, Connecticut, has made significant contributions to the field of metal treatment with five patents to his name. His innovations focus on improving the methods used for processing molten metals, presenting advanced solutions that enhance efficiency and effectiveness in the industry.
Latest Patents: Among his latest patents, King has developed a "Method for treating molten metal with cored wire." This innovative cored wire consists of an inner calcium wire surrounded by an aluminum sheath, which forms a composite core encased in a steel jacket. The unique design of this cored wire is achieved through a continuous formation process, where an extruded calcium wire is covered with aluminum before being inserted into a steel jacket using a roll forming method. In addition, he also introduced a method for reducing splashing when calcium metal is added to a molten ferrous metal bath, aiming to improve the safety and reliability of the metal treatment process. Another notable invention is the "Cored wire for treating molten metal," which closely mirrors the features and processes highlighted in his previous patent.
Career Highlights: Phillip Ronald King works tirelessly at Minerals Technologies Inc., a company dedicated to enhancing the quality and performance of various metals. His work involves not only the development of patents but also the practical implementation of these innovations within industrial applications.
Collaborations: Throughout his career, King has collaborated with notable individuals such as Richard Shaddinger Baum. Their joint efforts contribute to the evolution of metal treatment technologies and strengthen the innovative capabilities within their field.
Conclusion: Phillip Ronald King's inventive spirit and dedication to advancing metal treatment processes have led to impactful patents that continue to shape the industry. His contributions highlight the importance of innovation in enhancing manufacturing techniques and underscore the potential for continued development in this vital area of materials science.