SBIR-STTR Award

Open Call for Innovative Defense-Related Dual-Purpose Technologies/Solutions
Award last edited on: 10/7/2020

Sponsored Program
SBIR
Awarding Agency
DOD : AF
Total Award Amount
$772,034
Award Phase
2
Solicitation Topic Code
AF182-005
Principal Investigator
Aureliano Perez Jr

Company Information

Texas High Energy Materials (AKA: THEM)

13581 Pond Springs Road
Austin, TX 78729
   (512) 670-6182
   alperez@txhienergy.com
   www.txhienergy.com
Location: Single
Congr. District: 37
County: Williamson

Phase I

Contract Number: FA3002-18-P-0049
Start Date: 8/10/2018    Completed: 11/9/2018
Phase I year
2019
Phase I Amount
$49,856
A novel process will be used to create metal matrix composite systems with exceptionally high hardness, low friction, and greatly enhanced wear performance. Lightweight metal surfaces will receive a unique ceramic coating that will be bonded beneath the sub-surface of the host metal. These unique materials will provide enhanced wear and performance attributes. Our revolutionary metal matrix composite system will provide Air Force with enhanced durability and reliability of lightweight metal alloys used in a wide variety of assets.Metal Surface Modification,Corrosion Protection,Enhanced Durability,Environmentally Benign,Low Cost,metal matrix composites,wear resistance

Phase II

Contract Number: FA8751-19-C-A015
Start Date: 00/00/00    Completed: 00/00/00
Phase II year
2019
Phase II Amount
$722,178
Aircraft in the US Air Force fleet utilize many critical application items that are coated with highly toxic hexavalent chrome Cr(VI) plating to prevent corrosion. Many of these items are constructed of aluminum, magnesium, or titanium (light alloys). The items are very expensive and can have unacceptably long lead times to obtain replacements. The Air Force is financially burdened by its efforts to preserve existing supplies. Our technical and commercial team offers a unique, non-toxic, low-cost coating technology that provides exceptional wear and corrosion protection, at levels equal to chrome treatments. Our technology converts the surface of the alloys into a thin, impervious, ultra-hard, wear resistant ceramic layer that completely seals the metal surface. The ceramic coating grows into the base layer of the parent metal, making it impossible to delaminate from the metal like traditional paints. Light alloys are soft, and as a consequence, are highly susceptible to wear. Deposition of our ultra-hard ceramic coating over the parent metal eliminates the undesired softness which greatly improves wear resistance.Our technology is not for use on ferrous metals (steel). Our commercially successful coating technology will be rapidly integrated into Air Force applications to replace soon to be banned chrome treatments.