Company Filing History:
Years Active: 1978
Title: The Innovative Contributions of Bruce Burk in Ceramic Technology
Introduction: Bruce Burk, a distinguished inventor based in Windsor, Connecticut, has made significant contributions to the field of ceramic materials. With one patent to his name, he has developed a unique method for creating high-performance ceramic raw materials that bridge functionality and durability in dental applications.
Latest Patents: Burk’s notable patent is titled "Leucite-containing porcelains and method of making same." This innovation focuses on a ceramic raw material essentially comprising a pre-formed leucite filler, achieved by reacting alumina, silica, and potassium carbonate and/or oxide at a temperature of at least 1149°C, along with nepheline syenite. The resultant leucite-nepheline syenite ceramic raw material is particularly valuable as a dental porcelain powder, containing 14 percent by weight of sodium-, potassium-, and lithium carbonates, and 86 percent by weight of a 5 percent leucite/95 percent nepheline syenite mixture. Fusing this ceramic raw material produces ceramic bodies characterized by a crystalline leucite phase dispersed within a glassy nepheline phase matrix, yielding desirable properties such as controlled thermal expansion and enhanced strength.
Career Highlights: Bruce Burk has been an integral part of the J. M. Ney Company, where his expertise in ceramics is utilized to advance the development of cutting-edge materials. His work not only showcases his innovative spirit but also his commitment to improving the quality and performance of dental materials used in various applications.
Collaborations: Throughout his career, Burk has worked alongside esteemed colleagues, including Arthur P. Burnett, facilitating knowledge sharing and innovation in the ceramic field. Their collaborative efforts have driven advancements in material science, enhancing product offerings for the J. M. Ney Company.
Conclusion: Bruce Burk's contributions to ceramic technology are a testament to his innovative thinking and dedication to enhancing material properties. His patented work on leucite-containing porcelains stands as a significant achievement in the realm of dental ceramics, underlining the importance of innovation in improving health and wellness sectors. As he continues to inspire future generations, Burk exemplifies the spirit of innovation that drives progress in the materials science industry.