Company Filing History:
Years Active: 1986-1990
Title: Innovations of Brian C Connolly
Introduction
Brian C Connolly is an accomplished inventor based in Aurora, IL (US). He holds 2 patents that showcase his expertise in the field of polyamide-imide materials. His inventions have significant implications in engineering applications, particularly in industries requiring high-temperature resistant plastics.
Latest Patents
Connolly's latest patents include a process for preparing polyamide-imide foam. This invention relates to the preparation of polyamide-imide foam by extruding a foamable composition comprising polyamide-imide and volatiles into a confined expansion zone. The composition expands within this zone and cools, resulting in foams that are essentially open-celled and exhibit good strength and insulating properties. Another notable patent is a process for extruding an article from an amide-imide copolymer. This process involves extruding polyamide-imide polymers and copolymers through melt flow channels and extrusion dies at increasing shear rates. The temperatures during this process range from about 480°F to about 600°F for the extruder barrel and melt flow channel, and from about 575°F to about 680°F for the extrusion die. The addition of polyetherimides and polysulfones is also disclosed, with applications including thin films, thin sheets, and hollow tubes.
Career Highlights
Throughout his career, Connolly has worked with notable companies such as Amoco Corporation and Standard Oil Company (Indiana). His experience in these organizations has contributed to his innovative approaches in materials science and engineering.
Collaborations
Connolly has collaborated with professionals like Gary T Brooks and Robert R Riley, enhancing his work through shared expertise and insights.
Conclusion
Brian C Connolly's contributions to the field of polyamide-imide materials through his patents reflect his innovative spirit and dedication to engineering advancements. His work continues to influence industries that rely on high-performance plastics.