Company Filing History:
Years Active: 1984-1995
Title: George T Emond: Innovator in Abrading Techniques with Boron Suboxide (BxO)
Introduction:
George T Emond, a resident of Southington, CT, has made notable contributions in the field of abrading materials with the use of boron suboxide (BxO) compositions. With a total of nine patents to his name, Emond has demonstrated a dedication to improving the quality and efficiency of abrading processes. Let's delve deeper into his latest patents, career highlights, and collaborations.
Latest Patents:
Emond's recent patents revolve around a method of abrading surfaces using boron suboxide (BxO) compositions while maintaining low temperatures. These inventions showcase an unexpectedly high quality of abrading comparable to the highest quality natural and synthetic diamond particles, which have a hardness approximately twice that of boron suboxide (BxO).
One patent highlights a method of removing material from a surface by abrading it with an abrasive tool or an abrasive powder comprising a boron suboxide (BxO) composition. The invention also includes a lapping and polishing powder and lapping slurry made from a dense, finely crystalline boron suboxide material with a high Knoop hardness (KHN.sub.100) of at least about 2800 kg/mm², preferably surpassing 3800 kg/mm².
Career Highlights:
Throughout his career, Emond has showcased his expertise in abrading techniques while working with reputable companies. He has been associated with Cuno, Inc. and Amf Gmbh, where he contributed significant insights and advancements in the field of surface treatment.
Collaborations:
George T Emond has collaborated with fellow inventors to refine and expand his innovative work. Among his notable coworkers are Eugene A Ostreicher and Rodney A Knight. Together, they have contributed to the development of abrading methods using boron suboxide (BxO) compositions.
Conclusion:
George T Emond's contributions to the field of abrading techniques with boron suboxide (BxO) showcase his commitment to innovation and the pursuit of exemplary surface treatment methods. Through his nine patents and collaborations with esteemed colleagues, Emond has significantly advanced the quality and efficiency of abrading processes. His work is undoubtedly valuable for industries reliant on effective material removal and surface treatment.