Company Filing History:
Years Active: 1978
Title: **Innovative Contributions of Arthur P. Burnett in Ceramic Technology**
Introduction
Arthur P. Burnett, an accomplished inventor based in Milford, DE, has made significant contributions to the field of ceramic materials. He holds a notable patent that enhances the characteristics of dental porcelains, showcasing his innovative spirit and expertise.
Latest Patents
Burnett's patent, titled "Leucite-containing porcelains and method of making same," presents a unique method for creating a ceramic raw material that includes a pre-formed leucite filler. This invention involves a reaction of alumina, silica, and potassium carbonate and/or oxide at high temperatures, resulting in a ceramic material ideal for dental applications. His formulation includes a mixture that consists of 14 percent by weight of various carbonates and 86 percent by weight of a leucite-nepheline syenite composition. The resulting ceramic bodies exhibit improved thermal expansion control and exceptional strength due to the crystalline leucite phase intermingled within a glassy nepheline matrix.
Career Highlights
Arthur P. Burnett is associated with The J. M. Ney Company, where he has contributed his expertise to the development of advanced ceramic products. His dedication to innovation and commitment to quality have played a pivotal role in the company’s reputation within the ceramics industry.
Collaborations
At The J. M. Ney Company, Burnett has collaborated with fellow innovator Bruce Burk, further enhancing the research and development capabilities of their team. Their combined efforts have led to valuable advancements in ceramic technologies, improving the performance and applications of their products.
Conclusion
Arthur P. Burnett's innovations in leucite-containing porcelains reflect his significant impact on modern ceramics, particularly in the dental field. His patent showcases the blend of scientific knowledge and practical application, underscoring his role as a key inventor in advancing material technologies.