COMPANY NEWS
Aegis Technology builds its growth on its highly capable research development (R&D) programs in creating the state-of-the-art technologies. These (R&D) programs have been primarily funded by Federal Agencies.
By successfully carrying out these (R&D) programs and continuing with the commercialization of the developed technologies, Aegis Technology has grown gradually and firmly. Our commercial customers include prime manufacturers in defense, aerospace, transportation, and energy, and national laboratories and research institutes as well.
Since 2003; aegis Technology has received numerous research contracts from the United States DoD, DoE and NASA agencies through the SBIR/STTR programs. The Technology development covers advanced joining technology, high-efficiency heat exchangers and high-temperature packaging, nanomaterials and nanocomposites, and Sic power electronics systems.
The following list reveals these SBIR/STTR contract (awaards) in terms of awarding agency and topic:
2008
Agency: U.S. DoD
- Topic: High-temperature, Electrically-insulating Coating for Magnet Wires
Agency: U.S. DoE
- Topic: An Innovative Direct Area Bonding Method for High Temperature, High Power Density SiC Devices
Agency: U.S. Army
- Topic: Nano-material Conducting Wires With Enhanced Electric/Thermal Conductivity and Mechanical Strength
Agency: U.S. Army
- Topic: Application of Spot Cooling Technologies for the Thermal Management at the Source
Agency: U.S. NASA (NASA Glenn Research Center)
- Topic: A high-efficiency compact SiC-based power converter system
Agency: U.S. Navy
- Topic: High-power compact power electronics for electric torpedoes
Agency: U.S. DoE
- Topic: A high-temperature sealing technology for gas separation devices
Agency: U.S. DoE
- Topic: High efficiency, cost effective thermal materials/devices for industrial process refrigeration and waste heat recovery
2006
Agency: U.S. DoE
- Topic: An advanced power converter system using high temperature, high power density SiC devices
Agency: U.S. NASA
- Topic: A high-efficiency compact SiC-based power converter system
2005
Agency: U.S. Army
- Topic: Light-weight Material for Ballistic Armor
Agency: U.S. DoE
- Topic: An advanced power converter system using high temperature, high power density SiC devices
2004
Agency: U.S. Navy
- Topic: Innovative and Scalable Near Net-Shape Manufacturing for Shape-Memory Alloy
2003
Agency: U.S. Army
- Topic: Light-weight Material for Ballistic Armor