Technology Applications, Inc. (TAI), founded in 1994 and located in Boulder, Colorado, specializes in advanced technology development of cryogenic and thermal management systems for DoD/NASA agencies, aerospace prime contractors, and commercial firms.
Our expertise and specialty products include cryocooler integration and interfaces involving vibration isolation, remote (distributed) cooling, high-conductance graphite fiber thermal straps and copper thermal straps; thermal management of electronic components and enclosures; lightweight insulation systems and high-performance dewars; and vapor compression cycle refrigeration.
TAI offers unique capabilities for design, analysis, and prototype development to meet specific cryogenic and thermal management system requirements. TAI has over 11,000 square feet of design, manufacture, test facilities, and office space located near many high technology government/industry labs and their supporting infrastructure of companies. TAI personnel have a high-level of technical expertise with access to over 24 highly-qualified associate members in the Denver metro area.
We are dedicated to developing R&D prototypes of advanced cryogenic, refrigeration, and thermal management components and systems. These high performance systems are enabling to future missions and advanced products for federal agencies, aerospace companies, and commercial firms. These critical systems are provided to customers through licenses or manufacture and supply relationships.
Our business strategy includes, using the SBIR/STTR program as a vehicle to acquire leading edge technology, to develop and demonstrate custom products and high-performance systems, and exploit our intellectual property for commercialization of such systems.
Strategic University Partners:
- University of Colorado/iMINT Center - research agreement with Integrated Micro/Nano-Electromechanical Transducer Center to develop miniature cooling components.
- Colorado School of Mines/CSR - research agreement with Center for Space Resources to develop Advanced Granular Systems Modeling predictive tools for new insulation materials.
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