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MATERIALS RESEARCH & DESIGN INC

Company Information
Address
300 E SWEDESFORD RD
WAYNE, PA 19087-1858
United States


https://www.m-r-d.com

Information

UEI: QU1NM7F1CDV4

# of Employees: 22


Ownership Information

HUBZone Owned: No

Socially and Economically Disadvantaged: No

Woman Owned: No




Success Stories

  1. SBIR-STTR-Success: Materials Research & Design Inc.

    A small business partner has delivered a critical new tool to assist the Air Force in its race for hypersonic capabilities.With support from the Air Force Small Business Innovation Research/Small Business Technology Transfer Program, Pennsylvania-based Materials Research & Design Inc. created a...

Award Charts




Award Listing

  1. Attachment of Additively Manufactured RF Windows for Hypersonics

    Amount: $149,962.00

    Current materials which are available to designers of hypersonic seeker windows are often difficult to manufacture and made in small quantities at significant cost due to the demanding conditions enco ...

    STTRPhase I2023Department of Defense Missile Defense Agency
  2. A Generalized Model for Assessing Manufacturability of 2D and 3D Reinforced High-Temperature Composites

    Amount: $99,858.00

    Materials Research & Design, Inc. (MR&D) and their program partners propose a research and development (R&D) effort to identify, develop, and demonstrate a class of high-temperature resistant TPS mate ...

    STTRPhase I2023Department of Defense Defense Logistics Agency
  3. A C/SiC Damage Model for Extreme Environments

    Amount: $1,249,940.00

    Ceramic matrix composite (CMC) materials, while having excellent specific structural properties greatly superior to metals at the elevated temperatures of hypersonic and re-entry flight, are neverthel ...

    SBIRPhase II2023Department of Defense Air Force
  4. Refractory Ceramic Matrix Composites for Shape-Stable Nosetips

    Amount: $1,249,576.00

    Hypersonic nose tips experience extreme temperatures (5,000°F to 8,000°F). At these conditions, all materials will exhibit some form of recession and degradation. The objective of this Phase II effo ...

    SBIRPhase II2023Department of Defense Air Force
  5. Domestic Needled Preforms for C/SiC Composites

    Amount: $500,000.00

    Standard Missile 3 (SM-3) employs a divert and attitude control system (DACS) to guide the kinetic weapon (KW) in a hit-to-kill maneuver.  The DACS motors employ C/SiC composite throats and pintles t ...

    SBIRPhase II2023Department of Defense Defense Logistics Agency
  6. Development of Finite-Rate Ablation Toolset for Hypersonic Vehicles

    Amount: $139,653.00

    Hypersonic boost-glide vehicles experience extreme thermal conditions, which require a thermal protection system (TPS) that can withstand extreme heat fluxes and temperatures. This is typically accomp ...

    STTRPhase I2023Department of Defense Navy
  7. A Digital Twin Model for Robust 3D Woven PMC Pi Joints

    Amount: $999,908.00

    There is an increasing use of organic matrix composites in the airframes of many modern aircraft, including the F-15, F-16 and F-22. These materials are being integrated to achieve weight savings as w ...

    SBIRPhase II2023Department of Defense Navy
  8. Thermal Shock Tolerant Tantalum Carbide Forming MAX Phase Materials

    Amount: $1,475,361.00

    MAX phase materials are metallic ceramics known for combining favorable mechanical properties (such as good machinability and high elastic moduli) with good thermal shock resistance, low thermal expan ...

    SBIRPhase II2022Department of Defense Missile Defense Agency
  9. User Element (UEL) Based Process Model for Prediction of C/C Dimensional Changes During Manufacturing

    Amount: $748,737.00

    The process of manufacturing phenolic-derived structural carbon-carbon composites is one fraught with variability. Many of the standard practices employed by fabricators have, in some way, been derive ...

    SBIRPhase II2022Department of Defense Air Force
  10. 3D-Reinforced Melt-Infiltrated Pintle Material

    Amount: $149,927.00

    In order to meet the demands of next generation propulsion systems, MR&D is proposing to construct the pintle from 3D woven carbon and/or silicon carbide preforms which will be fully densified using a ...

    SBIRPhase I2022Department of Defense Missile Defense Agency
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