
TRI Austin (AKA: Texas Research International Inc~Texas Research Institute) Profile last edited on: 7/19/24
CAGE: 0FT48
UEI: LM1NWMDNNQ18
Business Identifier: Coatings, sealants, adhesives, resins development, Composites engineering, nondestructive inspection data Is this YOUR Company?
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Location Information
415 Crystal Creek Drive
Austin, TX 78746
Austin, TX 78746
(512) 263-3272 |
austininfo@tri-austin.com |
www.tri-austin.com |
Location: Multiple
Congr. District: 37
County: Travis
Congr. District: 37
County: Travis
Public Profile
TRI Austin (Austin, TX) conducts applied research and development for both defense and commercial customers in various markets. Company is a materials development and testing technology innovator that has developed and transitioned many technologies and products to our DoD, NASA, and Industry clients. To ensure successful commercialization of our proprietary technologies, firm carefully select strategic partners to transition innovations to production. TRI Austin conducts applied research and product development in the areas of advanced materials, composites, polymers, and nondestructive health monitoring systems using a staff of highly qualified personnel to meet unique customer needs and requirements worldwide. Expertise/Core Competencies Advanced Polymer Development: Company designs, optimizes, and prototypes coatings, adhesives, sealants, foams, lubricants, and other custom polymer formulations for customers with demanding applications. TRI has a fully equipped material testing laboratory, as well as formulation, synthesis, and small-scale in-house production Composite Design & Analysis: Firm redesigns an existing structure or design a new structure as our composites capabilities cover the spectrum from materials development to final production, and include resin formulation, materials selection, solid modeling, finite element analysis, structural analysis, materials testing and characterization, and manufacturing method development. Non-Destructive Testing & Evaluation (NDE): TRI's specialists evaluate different NDE techniques to determine what the best approach is for a particular application. In situations where current techniques do not suffice, TRI also performs R&D to develop new NDE and health monitoring methods and hardware. Techniques include ultrasonic, acoustic emission, & eddy current. Sustainment & Structural Health Monitoring: Firm has focused significant attention on the improved life and sustainment of aircraft, vehicles, ships, and submarines. TRI works with NDE, advanced D&DT analysis, and structural monitoring to implement longer life into these platforms. Company has developed a small lightweight SHM device, and we use other products as well for SHM. Materials Characterization: TRI has a fully equipped laboratory to perform physical, chemical, and thermal testing of materials. Firm also has 40 years of experience performing Accelerated Life Testing including marine environmental
Extent of SBIR involvement
Synopsis: Awardee Business Condition
Employee Range
100-149Revenue Range
10M-15MVC funded?
NoPublic/Private
Privately HeldStock Info
----IP Holdings
50-74Awards Distribution by Agency
Most Recent SBIR Projects
Year | Phase | Agency | Total Amount | |
---|---|---|---|---|
2023 | 1 | NASA | $149,997 | |
Project Title: Millimeter/Microwave Inspection System for Concrete and Concrete Structures to Support Lunar and Martian Habitation and Infrastructure | ||||
2023 | 2 | Navy | $1,439,988 | |
Project Title: Nondestructive Detection of Flaws through Thick Polymers using Electromagnetic Imaging Technologies | ||||
2023 | 1 | Navy | $139,991 | |
Project Title: Rapid Additive Manufacturing of Ceramic Matrix Composites via Electromagnetic Heating | ||||
2023 | 2 | Navy | $1,239,985 | |
Project Title: Tough, Ultra-Rapid Restructuring Marine Coatings with Broad-Spectrum Anti-Fouling Behavior | ||||
2023 | 2 | NASA | $999,990 | |
Project Title: Accelerated Creep Test Methodologies for Space Habitat Softgood Structural Materials |
Key People / Management
J Scott Thornton -- President
Russell K Austin
Chip Beebe
Robert Brushaber -- Director of Engineering
John W Bulluck -- Materials Division Manager
Gary W Carriveau
Patrick E Cassidy
Michael L Dingus -- Vice President & Technical Director,
Monte R Fellingham
David S Forsyth -- NDE Division Manager
George P Hansen -- Principal Scientist
George P Hanson
Spencer Hawkins -- Composite R&D Engineer
Kyle Johnson
Samuel Kyran
Matt Lampe
Carl Magnuson -- Engineer/Scientist
George Matzkanin
Michael Mazurek
Craig Milroy
Jake Montez
Robert E Montgomery
Roger Moore
William H Moore
Doyle Motes
Brian Muskopf
Vince Newton -- Director of Business Development & Technology Transition
Chris Pavlos
Harry Perkinson
Satish Rajaram
Brad Rix
Rock Rushing
R L Smith
Rengaswamy Srinivasan
Jitendra Tate
Cecil M Teller
John B Thornton
Bruce Toman
Mark Warchol
Frank Zeller
Russell K Austin
Chip Beebe
Robert Brushaber -- Director of Engineering
John W Bulluck -- Materials Division Manager
Gary W Carriveau
Patrick E Cassidy
Michael L Dingus -- Vice President & Technical Director,
Monte R Fellingham
David S Forsyth -- NDE Division Manager
George P Hansen -- Principal Scientist
George P Hanson
Spencer Hawkins -- Composite R&D Engineer
Kyle Johnson
Samuel Kyran
Matt Lampe
Carl Magnuson -- Engineer/Scientist
George Matzkanin
Michael Mazurek
Craig Milroy
Jake Montez
Robert E Montgomery
Roger Moore
William H Moore
Doyle Motes
Brian Muskopf
Vince Newton -- Director of Business Development & Technology Transition
Chris Pavlos
Harry Perkinson
Satish Rajaram
Brad Rix
Rock Rushing
R L Smith
Rengaswamy Srinivasan
Jitendra Tate
Cecil M Teller
John B Thornton
Bruce Toman
Mark Warchol
Frank Zeller