Company Filing History:
Years Active: 2006
Title: Celebrating the Innovations of Dale Clark in Carbon Black Technology
Introduction: Dale Clark, a talented inventor based in Amarillo, Texas, has made significant contributions to the field of materials science with her innovative work on coated carbon black pellets. With one patent to her name, her groundbreaking methods have paved the way for improved product performance and processing in various industries.
Latest Patents: Dale Clark's patent, titled "Coated Carbon Black Pellets and Methods of Making Same," presents a method for producing coated carbon black pellets. The process involves contacting carbon black pellets with a coating agent to create an effective coating. This innovation allows for control over the amount of coating agent, ideally ranging from about 1% to 25% by weight. The resulting coated pellets not only exhibit excellent attrition resistance and dispersibility but also remain substantially dust-free and free-flowing. Furthermore, these pellets enhance the processing properties of elastomeric compositions, improving viscosity and mold fouling resistance.
Career Highlights: Dale Clark is currently employed at Cabot Corporation, a leader in specialty chemicals and performance materials. Her role at the company focuses on research and development, where she applies her expertise to push the boundaries of carbon black applications.
Collaborations: Throughout her career, Dale has had the opportunity to work alongside esteemed colleagues, such as Jeffrey J. Lopata and Jameel Menashi. Collaborative efforts with these professionals have fostered a vibrant environment for innovation and the advancement of materials technology.
Conclusion: Dale Clark's contributions to the field of carbon black technology exemplify the spirit of innovation and the impact of her work on product development. As her patent showcases, her advancements have the potential to transform various elastomeric and polymeric applications, yielding significant improvements in processing and performance. Through her dedication and collaboration with fellow researchers, Dale continues to shape the future of materials science.