Ceramics Manufacturing Center (CerMaC)

Pioneering Advanced Ceramics for Extreme Environments.

Currently under development, CerMaC will be fully operational in early 2028. Initial phases of CerMaC focus on novel development in C/C and reactive melt infiltrated CMC’s.

NEW ADVANCED TESTING FACILTY

A National Resource for Advanced Ceramics Manufacturing

The Ceramics Manufacturing Center (CerMaC) is a premier capability dedicated to the development of novel ceramics and ceramic matrix composites (CMCs) for high-temperature and ultra-high-temperature applications.

Designed to accelerate production timelines and lower domestic manufacturing costs, CerMaC ensures the United States maintains its competitive edge in advanced defense technologies.

Next-Generation Materials Development

Engineering for the Extreme

As part of LIFT’s mission to accelerate the development of advanced materials and manufacturing processes to enhance America’s security and economic competitiveness, CerMaC focuses on pushing the boundaries of material performance.

 

The center is uniquely positioned to address the critical needs of the Department of War by innovating materials that can withstand the most severe operational conditions.

Photo: Ceramic matrix composite (CMC) material developed for high-temperature hypersonic hot-structure applications.

 

Source: NASA TechPort, SBIR/STTR Project 17950

These endeavours are crucial for bolstering cross-platform defense applications and mission effectiveness, encompassing agile materials development for ground vehicles, hypersonics, armor, blast protection, survivability, munitions, light weighting, power generation, thermal management, and other extreme environments related to defense systems development, as well as national security. Dedicated development of affordable mass, specialized ceramic materials engineered specifically for Scaled Hypersonics and associated extreme environments. Scaled Hypersonics (SHY) Advanced research, design, and development of ceramic materials tailored to perform under extreme thermodynamic and mechanical stress. The operational diversity of ceramics in hypersonics has expanded swiftly. Beyond leading-edge heat shields and structural components, high-purity ceramics are showing promise in electromagnetic protection, transparent armor for sensor arrays, insulation for onboard electronics, and internal barriers to mitigate heat transfer to propulsion modules. Recent advances also extend to irradiation-resistant ceramics being explored for possible integration into advanced propulsion concepts and directed energy systems.
High Stress &
High Enthalpy Environments
Formulating highly specialized ceramic matrix composites optimized for use in cutting-edge powder lithography and automated fiber placement. Numerical Control Engineering novel ceramics capable of unparalleled thermomechanical response and structural integrity in environments where traditional materials fail. The program is investigating prototype solutions to accelerate the production of ultra-high temperature CMCs, community integration and unification, gap analysis, identifying modelling and simulation tools, and cross-industry standardization. Prototype solutions are aimed at accelerating production, the use of compression molding and/or resin transfer molding, combined with high-pressure resin injection, for the rapid impregnation and curing of CMC preform layups. Ultra-High-
Temperature
Applications
KEY CAPABILITIES & HIGHLIGHTS

MAKING AN IMPACT

CerMaC, a Strategic Advantage to Reduce Risk

CerMaC will provide industry partners with access to specialized equipment, technical expertise, and development environments that may be difficult or cost-prohibitive to establish independently.

 

Manufacturers, material suppliers, technology developers, and defense contractors will be able to use the center to advance ceramic technologies from early-stage concepts toward scalable, repeatable production.

Accelerated Production

Simulate real-world hypersonic environments in laboratory settings

Domestic Manufacturing

Ensuring critical components are sourced, designed, and manufactured entirely within the United States.

Cost Reduction

Leveraging innovative manufacturing processes and materials solutions to significantly lower the domestic cost of advanced ceramic matrix composites.

Rebuilding & Deterrence

Actively rebuilding our military capabilities and reestablishing global deterrence through technological supremacy in extreme environment materials.

FEATURED ARTICLE

The Multifaceted Role of Ceramic Matrix Composites

John Keogh, Vice President, Technology, LIFT examines the ceramic innovations driving hypersonic defense.

“LIFT Ceramics Manufacturing Center (CerMaC), a pioneering move toward revolutionizing the development and evaluation of ceramic and CMC materials and systems.”

LIFT launched CerMaC, a critical materials development program designed to strengthen domestic sourcing, processing, and recycling.

This initiative is designed specifically to address ceramics challenges by pursuing technology advancements to scale initiatives, such as solid-state ceramic batteries, as well as to onshore and scale technologies associated with carbon fiber, a critical pre-cursor material for defense-related protection systems often comprised of ceramic matrix composites (CMCs) that are in severely limited supply within the United States.

Connect with LIFT

Organizations interested in using CerMaC are encouraged to begin identifying potential projects, material challenges, production needs, and partnership opportunities ahead of the center’s planned early 2028 launch.

Early discussions can help LIFT understand industry demand, prioritize capabilities, and identify opportunities for collaborative development.

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