Company Filing History:
Years Active: 1981-1982
Title: Celebrating the Innovations of Albert B. Best
Introduction: Albert B. Best, an innovative inventor based in Danbury, Connecticut, has made remarkable strides in the field of electrical engineering. With a focus on electric resistance heating elements, he has secured multiple patents that exemplify his commitment to advancing technology in this area.
Latest Patents: Albert holds three patents, with his latest contributions being particularly noteworthy. The first is a "Hairpin-type electric resistance heating element," which features a molybdenum disilicide resistance wire loop connected transversely to molybdenum disilicide terminals. This design integrates the resistance wire neatly between the terminal wire ends, butt welded to ensure stability and efficiency. His second patent describes an "Electric resistance heating element" crafted from a molybdenum disilicide wire loop, wherein the lengths diverge for electrical separation. This innovative approach facilitates efficient electrical connections for powering the loop, enhancing the functionality of electric heating systems.
Career Highlights: Albert B. Best is associated with the Kanthal Corporation, where he applies his expertise to develop advanced heating solutions. His background in electrical engineering and his inventive approach contribute significantly to the company’s reputation as a leader in heating technology.
Collaborations: Throughout his career, Albert has likely engaged in collaborations with fellow inventors and professionals in electrical engineering, fostering a network that encourages innovation and the sharing of ideas to enhance heating technologies.
Conclusion: Albert B. Best's contributions to the field of electrical engineering through his patents highlight his innovative spirit and dedication to improving heating technologies. His work at the Kanthal Corporation exemplifies the importance of invention in driving advancements in industry, making significant impacts on how electric resistance heating elements are designed and utilized.