We are excited to meet you at the leading international trade fair for the ceramics industry, taking place from March 24 to 26, 2026, in Munich, Germany.

📍 Messe München – Am Messesee 2, Munich
Exhibition and Trade Center.

📌 Booth: A6 – 111 / 212

Pyromeral Systems is a French company specialized in the development and production of ceramic composite parts engineered for high-performance applications. These parts resist to fires and high temperatures up to 1300°C.

Pyromeral Systems’ solutions are deployed across multiple high-performance sectors thanks to their lightweight, thinness, and potential for weight reduction:

• New Space: PyroXide-based thermal protection systems for space vehicles during atmospheric re-entry.
• Defense: High-temperature exhaust and structural components designed to withstand severe thermal loads and extreme environments.
• New mobilities eVTOLS (electric Vertical Take-Off and Landing): Fire-resistant and thermally stable, our battery casings aimed to prevent thermal runaway.
• Motorsport: Thermal protection and heat shield systems for brake assemblies operating in temperature ranges from 400°C to 900°C, with optimized weight and improved performance.

Pyromeral Systems’ ceramic composite materials offer a unique combination of properties:

• Continuous thermal resistance up to 1300°C
• Excellent fire resistance and low thermal conductivity
• High specific mechanical performance
• A density significantly lower than metallic alloys:
  • up to 4 times lighter than Inconel
  • up to 2 times lighter than titanium

These characteristics make Pyromeral composites particularly suitable for applications where mass reduction and thermal management are critical.

• PyroXide: Alumina fiber-reinforced composite designed for extreme thermal environments, with resistance up to 1300°C (1500°C peak), ideal for thermal protection systems and refractory applications.
• PyroKarb: Carbon fiber-reinforced composite based on Pyromeral resin, optimized for lightweight structural and thermal components.
• PyroSiC: Silicon carbide fiber-reinforced composite offering high mechanical strength and thermal stability up to 800°C (1000°C peak), suitable for high-load environments.

CERAMITEC 2026 will be an opportunity to discuss technical challenges, material performance requirements and integration constraints with our engineering teams.

Visit us at Booth A6 – 111 / 212 to discover how Pyromeral Systems’ ceramic composite technologies can support your most demanding projects.

We are excited to meet you from March 10 to 12, 2026 at the JEC World Composite 2026 in Paris Nord Villepinte. We will have the pleasure to introduce our ceramic composite materials resistant to flames and extreme temperatures.

Who we are?

Pyromeral Systems is a French SME specialized in the development and production of ceramic composite materials for high temperature applications, and the manufacture of components from these materials.

The parts made from our technologies are resistant to fire and high temperatures according to the ISO 2685 and UL 2596 (Torch and Grid test). They can replace metal in hot spot areas, to optimize weight and improve performance.

What do we manufacture?

Our expertise has been demonstrated in the following areas for more than 20 years:

• In Motorsport, we produce heatshields for brake systems (between 400°C and 900°C). Our parts protect locally against the risk of overheating while allowing temperature maintenance of the braking system. The very low weight of our components makes them an essential asset in motorsport.
• In Defense applications, for example, we produce exhaust systems for drones. Our materials constitute an alternative to Titanium and Inconel’s in hot spot area, causing weight savings and allows for increasing either the payload of vehicles or their range of action. Also, some of our materials are transparent to electromagnetic waves, which allows their use as lightweight and mechanically resistant radomes, for example for supersonic vehicles.
• For the new mobilities eVTOLs, (electric Vertical Take-Off and Landing), Pyromeral materials resist to thermal runaway of batteries and are considered to be a constituent elements of battery casings. They have notably demonstrated their performance in the context of UL2596 test (Torch and Grid test). They are qualified for flight and in the pre-industrialization phase in the United States and studied in the prototype phase in Europe and Japan.
• In New Space, we will reveal to you the advances of Pyroxide solutions. Use as thermal protection for space vehicles during atmospheric re-entry. Parts are reusable to make several space travels without damage. In this case, the Pyroxide is a great asset for its extreme thermal endurance, the versatility of manufacturable geometries and the achievable surface quality (aerodynamics).

Our materials (PyroKarb, PyroSic and PyroXide) have the following performances:

• They are 2 times lighter than Titanium and 4 times lighter than Steel and Inconels.
• They are highly resistant to flames and extreme temperatures being able to go up to 1300°C (or even beyond).
• After exposure to high temperatures, our materials retain their full mechanical properties.

We look forward to meeting you and discussing our technologies and your projects with you.

Commercial@pyromeral.com

NEC Birmingham

October 29th-30th, 2025

Join us Booth Z 154 to explore Pyromeral Systems’ unique ceramic composites technology. Our lightweight materials are highly resistant to flames and extreme temperatures up to 1300°C (2400°F) for high-performance applications.

These caracteristics are not innovative just in motorsport, but also in defense, aerospace with the Urban Air New Mobilities eVTOLS (electric Verticle Take-Off and Landing) and New Space.

We produce geometrically complex parts adapted to your needs with use of 3 mains materials :

• Pyrokarb (carbon fibers)
• Pyrosic (Silicon carbide fibers)
• Pyroxide (Oxide-oxide matrix)

Motorsport and new 2026 performances regulations:

Pyromeral Systems optimizes and re-engineers ceramic composite technology to be ever more efficient, especially around thermal protection around brakes, turbocharger and exhaust ducts, as well as in lightweight and material sustainability.

These characteristics provide a significant competitive advantage in both thermal and mechanical performance.

We are also present in defense:

Our materials offer operational reliability in missiles and aircrafts. Pyroxide technology enable the creation of lightweight radomes with an excellent radiofrequency transparency and heat resistance.

In aerospace, electric aviation grows, weight and thermal control are critical. Our CMCs help to reduce weight and improve fire resistance.

We have developed battery casings for urban air new mobilities eVTOLS (electric Vertical Take-Off and Landing) to protect against thermal runaway. This bring safety compliance and maintain structural aircraft integrity.

In New Space, missions are designed for shorter operational lifepans approximately less than 3 years and on low Earth orbit. Reusable launch systems and spacecraft require lightweight heat-resistant structures especially for re-entry on Earth’s atmosphere.

Come on to meet us and discover our innovative solution in ceramic composites.

Commercial@pyromeral.com

Join us in Hall 4, Stand F101 from June 16th to 22th.

We’re excited to see you in just 30 days at one of the world’s leading events for the aerospace industry.

For this event, we are proudly supported by the Hauts-de-France Region and Altytud, with whom we are delighted to exhibit.

PYROMERAL SYSTEMS is a French company specializing in the development and manufacturing of high-performance ceramic composites for high-temperature and fire resistant applications.

We support our partners primarily in the sectors of New Electric Air Mobility eVTOLS, Defense, and New Space, providing tailor-made solutions that combine lightness with thermal resistance.

Materials that meet aerospace challenges: PyroKarb, PyroSic, and PyroXide.

Twice as light as titanium and four times lighter than steel or Inconel alloys, our materials boast exceptional lightness that is unmatched on the market.

Fire-resistant and capable of withstanding the harshest environments, our ceramic matrix composites are the ideal solution for structures exposed to extreme temperatures where weight optimization is critical, such as in aircraft.

Come meet us at the Paris Air Show from June 16th to 22th, 2025. We’ll be glad to discuss your technical challenges and how our solutions can help you.

commercial@pyromeral.com

We’re thrilled to share that Le Parisien recently featured Pyromeral Systems in an article highlighting our achievements in the competitive automotive (F1) sector and our promising developments in aeronautics and defense.

Here are the key takeaways:

1. Pyromeral Systems: Our renowned ceramic product manufacturer specializes in high-performance composite materials, including cutting-edge oxide/oxide composites alternative.
2. Industry Approval: We’re proud to be approved by Formula 1 teams, leaders in the aerospace and defense industry, and forward-thinking mobility companies.
3. Project “Janus”: As part of this exciting initiative, we’re opening a brand-new factory in Barbery, France. This facility will produce ceramic matrix composite parts for aerospace and defense applications, offering a sustainable alternative to sensitive metals like Titanium.
4. Strategic Autonomy: Our mission is clear—to enhance France’s strategic autonomy by developing innovative and durable solutions.

Source : Le Parisien
Crédit photo : LP/Florent Heib