Company Filing History:
Years Active: 1976-1977
Title: **George C. Sisco: Innovator in Ballistics**
Introduction
George C. Sisco, based in Budd Lake, NJ, is a prolific inventor recognized for his contributions to the field of ballistics. With four patents to his name, Sisco has developed innovative solutions that enhance the performance and stability of propellants used in various applications.
Latest Patents
Among his latest patents, Sisco has created a unique reaction product involving normal lead beta resorcylate and monobasic cupric salicylate. This organo-metallic ballistic modifier is produced as an evaporation residue from the reaction in an aqueous solution of water or alcohol at elevated temperatures ranging from 180°F to 220°F. This modifier enables the production of double base propellants exhibiting a mesa burning rate using solvent or solventless processes.
Additionally, Sisco has developed a novel ballistic modifier complex through the interaction of an organic isocyanate with lead beta resorcylate and cupric salicylate in an inert solvent. After solvent removal, the complex can be incorporated into a nitrocellulose-nitroglycerine double base propellant, resulting in a composition with excellent ballistic properties and improved resistance to the development of exudate, which can inhibit ignition.
Career Highlights
George C. Sisco works with the United States Army, contributing to advancements in military technology and ensuring the effectiveness of munitions. His innovative approaches to improving propellant formulations have garnered recognition within the research community and military circles.
Collaborations
Throughout his career, Sisco has collaborated with notable colleagues, including Thomas E. Dunigan and Lawrence W. Pell. These partnerships have enabled the exchange of ideas and technical expertise, furthering advancements in ballistic technologies.
Conclusion
George C. Sisco's contributions to the field of ballistics reflect his commitment to innovation and excellence. Through his patents, he has significantly impacted the development of propellant materials, ensuring enhanced performance and stability for critical applications. His work, in collaboration with esteemed colleagues, continues to shape advancements in military technologies and propellant formulations.