Company Filing History:
Years Active: 2001
Title: The Innovative Contributions of Raymond T Richter
Introduction
Raymond T Richter, an accomplished inventor based in Murrysville, PA, has made significant strides in the field of metallurgy, particularly in the casting of aluminum and aluminum alloys. With a focus on improving the efficiency and effectiveness of metal casting processes, Richter has secured a patent that reflects his ingenuity and dedication to innovation.
Latest Patents
Richter's notable patent is for a "Non-hot crack bottom block for casting aluminum ingot." This invention presents an advanced design for cylindrical bottom blocks used in casting large ingots or billets of light metals. The patent outlines several key features of the block, which includes a flat circular surface for cooling liquid-phase metal, a cylindrical rim, and both concave and convex transition sections that enhance the casting process. His design aims to improve the quality of the butt end of the ingot, making it a significant advancement in the casting industry.
Career Highlights
Richter's career is marked by his efforts at Alcoa Inc., a leader in metal production and engineering solutions. His work there has enabled him to leverage cutting-edge technologies and collaborate with some of the best in the industry. With only one patent to his name, his contributions have made a considerable impact on aluminum casting techniques.
Collaborations
Throughout his career, Raymond T Richter has collaborated with notable coworkers, including Rick D Perdue and Carl R Reagin. These collaborations have not only contributed to innovations within Alcoa Inc. but also fostered a work environment that values teamwork and collective problem-solving in the pursuit of excellence in engineering.
Conclusion
Raymond T Richter's contributions to the field of metallurgy, specifically through his patent for the non-hot crack bottom block for casting aluminum ingots, exemplify the spirit of innovation. As advancements in casting technology continue to evolve, Richter's work serves as a testament to the potential for ingenuity in addressing the challenges faced by metal production industries. His collaboration with peers and dedication to improving casting processes ensure that his legacy will continue to influence future innovations in this critical field.