Christopher K Beiter

Title: Christopher K Beiter: Innovator in Thermo-Insulation Technology

Introduction

Christopher K Beiter is a notable inventor based in Cranberry Township, PA (US). He has made significant contributions to the field of thermo-insulation technology, particularly with his innovative patent that addresses the challenges of heat absorption in industrial applications.

Latest Patents

Beiter holds a patent for a "Low conductivity refractory insulation member with fiber mat." This invention is designed for use in heat absorptive elements, such as water-cooled pipes in furnaces. The patent describes a thermo-insulation article that consists of two parts joined together to cover the pipe. Each part features an interconnected reticulated metal structure embedded in a refractory material. The invention includes a thermo-insulating mat mounted over the inner surface of the parts, which has a thermal conductivity that is significantly lower than that of the refractory material. Specifically, the mat's thermal conductivity is equal to or less than 0.15 Btu's/hour/ft/degrees Fahrenheit, while the refractory material's thermal conductivity ranges from 0.30 to 0.60 Btu's/hour/foot/degrees Fahrenheit. Additionally, the mat is embedded in the refractory material, and a protective layer may cover the outer exposed surface of each mat to ensure protection during shipping and handling.

Career Highlights

Christopher K Beiter is associated with Bloom Engineering Company Inc., where he applies his expertise in developing innovative solutions for industrial heating applications. His work has contributed to advancements in the efficiency and effectiveness of thermal insulation technologies.

Collaborations

Beiter has collaborated with notable colleagues, including Gerry Dickins and Robert F Green, who have supported his innovative endeavors in the field.

Conclusion

Christopher K Beiter's contributions to thermo-insulation technology exemplify the impact of innovative thinking in industrial applications. His patent for low conductivity refractory insulation demonstrates a commitment to enhancing efficiency in heat management systems.