Eikos, Inc. — Department of Defense SBIR Phase I: Modern military aircraft utilize thin resistive films on many surfaces to meet specific el

Description

Modern military aircraft utilize thin resistive films on many surfaces to meet specific electromagnetic design requirements. However, currently available films, such as those based on metalized or carbon black filled polymers, fall short in offering the desired combination of durability, electrical resistance control, and substrate matching. To overcome the inherent design constraints imposed by the current technology, Eikos Inc. proposes to develop new carbon nanotube based thin resistive films. Rooted in our commercial Invisicon carbon nanotube transparent conductive coatings, this technology will enable the desired resistance tailoring, durability; and is adaptable to numerous substrate types and shapes. Rapid transition of this technology into legacy platforms is ensured since only traditional processing methods are employed. The Phase I program will demonstrate the ability of Invisicon based coatings to impart the required electrical performance to a variety of substrates while providing unmatched durability. The program also includes demonstration of tailorability of resistivity to 3D requirements.