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High Impedance Ferro-materials for use in Additive Manufacturing (HIFAM)

Awardee

UNITED PROTECTIVE TECHNOLOGIES, LLC

142 CARA CT
LOCUST, NC, 28097-9740
USA

Award Year: 2024

UEI: MBJQM9EQS4Q6

HUBZone Owned: No

Woman Owned: No

Socially and Economically Disadvantaged: No

Congressional District: 8

Tagged as:

STTR

Phase I

Seal of the Agency: DOD

Awarding Agency

DOD

Branch: NAVY

Total Award Amount: $239,621

Contract Number: N68335-24-C-0404

Agency Tracking Number: N24A-T024-0029

Solicitation Topic Code: N24A-T024

Solicitation Number: 24.A

Abstract

The nation needs to advance our electronic warfare capability to counter modern threats including drone swarms. To do so novel magnetic materials are needed to enable the creation of High Power Magnetic systems (HPM). These materials must have high ferromagnetic and ferroelectric properties and have high electrical resistivity and dielectric breakdown. Another requirement of these materials is that they are compatible with modern additive manufacturing techniques (AM) without losing their properties.  UPT proposes to create nanostructured “core-shell” composite that will create a powder useful in AM systems. Furthermore, this functionalized powder will create a material with a high dielectric and high permeability. A similar process has already been used to produce nanostructured core-shell ceramics for other applications that significantly improve the strength and toughness of the composite.

Award Schedule

  1. 2024
    Solicitation Year

  2. 2024
    Award Year

  3. July 15, 2024
    Award Start Date

  4. September 15, 2025
    Award End Date

Principal Investigator

Name: Giuseppe Brunello
Phone: (404) 723-5121
Email: gbrunello@upt-usa.com

Business Contact

Name: Brent Barbee
Phone: (704) 888-2470
Email: bbarbee@upt-usa.com

Research Institution

Name: University of Pittsburgh
Phone: (724) 283-1212