Award
Portfolio Data
Ink Additive Manufacturing Solution for EMI/RF Shielding and Conductive Textiles
Awardee
ELECTRONINKS INCORPORATED
7901 E. RIVERSIDE DR. BUILDING 1 UNIT 150AUSTIN, TX, 78744-1661
USA
Award Year: 2023
UEI: C1NGHPR66AY5
HUBZone Owned: No
Woman Owned: No
Socially and Economically Disadvantaged: No
Congressional District: 35
Tagged as:
SBIR
Phase I
Awarding Agency
DOW
Branch: USAF
Total Award Amount: $74,660
Contract Number: FA8649-23-P-0078
Agency Tracking Number: FX224-OCSO1-1460
Solicitation Topic Code: X224-OCSO1
Solicitation Number: X22.4
Abstract
Electroninks is leveraging their position as a world-leader in developing and manufacturing particle-free conductive inks to provide an economical, rapidly deployable and portable additive manufacturing solution to EMI/RF shielding of critical Air Force infrastructure. Electroninks’ unique inks are able to produce conductive coatings on a variety of materials, including existing textiles such as tents and uniforms. And because the inks produce pure metal films without binders and fillers, they can produce results at up to a 90% reduction in metal usage compared to other metal inks and shielding options. Integrated EMI/RF shielding technology is critical to ensuring strategic communication in all types of environments, particularly as the threat of electronic warfare makes constant and redundant communication capability absolutely essential on the battlefield. Combined with the Air Force’s move to Agile Combat Employment, which will require lightweight, mobile facilities, Electroninks is the perfect solution to create and enhance EMI/RF shielding or conductivity in the field using existing materials such as existing non-shielding uniforms or tents.
Award Schedule
-
2022
Solicitation Year -
2023
Award Year -
November 1, 2022
Award Start Date -
February 4, 2023
Award End Date
Principal Investigator
Name: Ethan Muyskens
Phone: (512) 766-7555
Email: ethan@electroninks.com
Business Contact
Name: Steven Walker
Phone: (956) 821-6079
Email: brett@electroninks.com
Research Institution
Name: N/A