Ceramic Matrix Composite Testing

Element helps you validate ceramic matrix composite testing performance under extreme conditions with precise mechanical, thermal, and analytical capabilities. Ensure compliance, reduce risk, and accelerate certification with advanced testing solutions tailored to aerospace, defense, and energy applications.

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What is Ceramic Matrix Composite Testing at Element?

Ceramic matrix composite testing evaluates the mechanical, thermal, and chemical properties of advanced composite materials designed for high-performance environments.

At Element, we provide comprehensive composite testing services to characterize CMC materials and components, supporting industries such as aerospace, defense, and energy with reliable, standards-compliant data.

What Can Element Offer You For Ceramic Matrix Composite Testing?

Materials testing scientist using microscope for quality analysis at Element laboratory

Key tests offered

Element delivers comprehensive ceramic matrix composite testing services including:

Testing can be performed under ambient and elevated-temperature conditions to evaluate material durability, structural integrity, and long-term performance in demanding aerospace, defense, and energy applications.

Methods and solutions offered

Element supports advanced ceramic matrix composite qualification through high-temperature mechanical testing, environmental exposure testing, thermal cycling, and in-situ performance evaluation. Integrated testing programs combine mechanical, thermal, chemical, and microstructural analysis to simulate real-world operating environments and support certification, product development, and failure investigations.

Components and materials we test

Element tests a broad range of ceramic matrix composite materials including silicon carbide (SiC/SiC), oxide/oxide composites, carbon/carbon systems, ultra-high temperature ceramics (UHTCs), and environmental barrier coatings (EBCs). Components tested include turbine blades, combustors, heat shields, structural aerospace components, thermal protection systems, and industrial furnace hardware.

Cutting-edge equipment we use

Element utilizes advanced analytical and mechanical testing equipment to support ceramic matrix composite characterization and qualification.

Capabilities include:

Digital Image Correlation (DIC)
Acoustic emission monitoring
Scanning electron microscopy (SEM), EDS/EDX analysis
X-ray diffraction (XRD)
Computed tomography (CT)
Ultrasonic inspection

High-temperature mechanical testing can be performed up to 1600°C to replicate extreme aerospace and energy operating environments.

Which Element Labs offer this service

Element’s global network of aerospace and advanced materials laboratories supports ceramic matrix composite testing programs across North America, Europe, and Asia.

Many facilities maintain NADCAP and A2LA accreditations to support aerospace qualification, supplier approval, and regulatory compliance requirements. Customers benefit from standardized methodologies, traceable reporting, and consistent testing capabilities worldwide.

Standards we test to and Materials we test

These are our most prevalent requests. Don't see what you're looking for? Contact us!

ASTM Standards

ASTM C1292 — Shear Strength of Continuous Fiber-Reinforced Advanced Ceramics
ASTM C1337 — Tensile Strength and Tensile Creep of Continuous Fiber-Reinforced Advanced Ceramics
ASTM C1341 — Flexural Properties of Continuous Fiber-Reinforced Advanced Ceramics
ASTM C1358 — Tensile Properties at Ambient Temperature
ASTM C1359 — Tensile Properties at Elevated Temperatures
ASTM C1468 — Flexural Strength of Advanced Ceramics
ASTM C1557 — Tensile Creep and Creep Rupture

ISO Standards

ISO 14704 — Fine Ceramics Mechanical Properties Testing
ISO 17561 — Fine Ceramics Test Methods

Aerospace Standards

AMS specifications (application dependent)
Customer-specific aerospace qualification standards

Your Challenges, Our Solutions

Extreme Heat Performance

Validate ceramic matrix composite performance under elevated-temperature conditions with Element’s advanced thermal and mechanical testing capabilities. High-temperature testing up to 1600°C helps ensure reliability, durability, and material stability for aerospace propulsion, thermal protection, and energy applications.

Complex Material Validation

Element provides comprehensive characterization of ceramic matrix composites using integrated mechanical, thermal, and microstructural analysis. Advanced analytical techniques help customers understand structural integrity, material behavior, and long-term performance across demanding environmental and operational conditions.

Regulatory Compliance Pressure

Meet stringent aerospace and industrial qualification requirements with ceramic matrix composite testing aligned to ASTM, ISO, AMS, and customer-specific standards. Element supports NADCAP-driven programs with traceable documentation, qualification reporting, and reliable testing methodologies to streamline certification and compliance processes.

Failure Risk Reduction

Identify material defects, crack propagation, and root causes of component failure through advanced failure analysis and microstructural characterization. Element’s analytical capabilities help reduce operational risk, improve durability, and support informed engineering and product development decisions.

Element Experts at your Service

John Moylan

Technical Director, Composites

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Why Choose Element

Element materials testing engineer operating precision measurement equipment for quality analysis

Advanced CMC Expertise

Specialists in ceramic matrix composites, elevated-temperature testing, and advanced aerospace material qualification programs.

Accredited Global Laboratories

NADCAP and A2LA accredited laboratories deliver consistent testing capabilities across major aerospace and industrial regions.

End-to-End Lifecycle Support

Support from early-stage material characterization through qualification, certification, failure analysis, and ongoing product validation.

Custom Testing Solutions

Tailored testing methodologies, fixtures, and integrated programs designed for complex ceramic composite applications and environments.

Frequently asked questions

What accreditations does Element hold for Ceramic Matrix Composite testing?

Element supports ceramic matrix composite testing through laboratories accredited to internationally recognized standards including NADCAP and A2LA. Accreditation scope varies by laboratory location and testing methodology.

How long does a typical Ceramic Matrix Composite testing program take?

Testing timelines vary depending on sample quantity, environmental conditions, and qualification requirements. Standard characterization programs may take several weeks, while elevated-temperature fatigue or aerospace qualification programs may require several months.

Which industries use Ceramic Matrix Composite testing?

Ceramic matrix composite testing is widely used across aerospace, defense, energy, automotive, and advanced manufacturing industries where materials must perform reliably in extreme thermal and mechanical environments.

Can Element support custom Ceramic Matrix Composite testing programs?

Yes. Element develops tailored testing programs, custom fixtures, and integrated analytical solutions designed around customer-specific material systems, operating environments, and certification requirements.