John W Kinney, Jr

Title: Innovations by John W Kinney, Jr.

Introduction

John W Kinney, Jr. is a notable inventor based in New Richmond, OH (US). He has made significant contributions to the field of ceramic compositions, particularly focusing on improving thermal shock resistance. With a total of 2 patents to his name, Kinney's work has implications for various industrial applications.

Latest Patents

Kinney's latest patents revolve around an improved thermal shock resistant ceramic composition. This innovative ceramic composition is primarily made of aluminum oxide, enhanced with additives such as zirconium oxide and manganese oxide or titanium oxide. These additives are crucial as they interact with the ceramic material when exposed to high temperatures, significantly increasing its thermal shock resistance while maintaining elevated temperature strength properties. The ceramic compositions can be prepared as high-density solid shapes or porous structures. The solid shapes, when formed into machine components, exhibit improved resistance to rapid thermal excursions and differential thermal gradients. Additionally, open cell ceramic foams created from this composition are particularly useful for hot filters, such as those used for filtering molten metal, and in applications where they are subjected to rapid temperature and pressure changes.

Career Highlights

John W Kinney, Jr. is associated with Astro Met Associates, Inc., where he continues to innovate in the field of ceramics. His work has been instrumental in advancing the technology surrounding thermal resistant materials, making significant contributions to industrial processes.

Collaborations

Kinney collaborates with John W Graham, leveraging their combined expertise to further enhance their innovations in ceramic technology.

Conclusion

John W Kinney, Jr. stands out as a significant figure in the field of ceramic innovations, with his patents reflecting a commitment to improving material properties for industrial applications. His contributions continue to influence the development of advanced ceramic materials.