In just one week, Pyromeral Systems will be exhibiting alongside the Hauts-de-France Region and Altytud in Hall 4, Stand F101.
From June 16th to 22nd, visit us to discover our latest lightweight ceramic composites designed to address the complex challenges of the aerospace industry.
Our ceramic composite solutions offer outstanding advantages in aerospace applications:
These materials are highly resistant to flames and extreme temperatures and they contribute in the lightweighting of flying vehicles in replacing titanium and inconels in specific areas / applications.

Some application examples:

• Battery casings for eVTOLs (Electric Vertical Take-Off and Landing aircraft) to protect vehicles integrity against batteries thermal runaway. Pyromeral materials propose high level of abrasion resistance, temperature resistance and mechanical properties that bring lightweight solution to resist to that extreme environment (temperatures up to 1300°C).
• Metallic exhaust systems for UAVs and Hybrid vehicles can be replaced by these lightweight ceramic composites. This saves weight and helps to improve distance range of flying vehicles.
• These unique features enhance performance for New Space / Nextspace applications. We are ready to rise to the challenges as our oxide like ceramic composite solutions can be well considered for re-entry applications, having a temperature resistance up to 1300°C.

With 40 years of expertise in ceramic composite materials, we support industrial partners in developing high-performance and sustainable solutions, perfectly tailored to the rigorous demands of the aerospace and space sectors.
The countdown is on SIAE is just 5 days away!
We will be delighted to discuss your projects and explore new opportunities we can build together!

We are proud to announce that Pyromeral Systems will be exhibiting at the Paris Air Show 2025, held at Le Bourget from June 16th to 22nd. As one of the world’s leading events dedicated to the aerospace industry, this show is the perfect opportunity for us to showcase our latest innovations in high-performance composite materials designed specifically for demanding aerospace applications.

At Pyromeral Systems, we develop and manufacture advanced ceramic matrix composites that meet the extreme performance requirements of the aerospace sector. During the show, we will be highlighting several key solutions tailored for the industry:

• Heatshields and exhaust components: Designed to withstand ultra-high temperatures while remaining lightweight and durable, ideal for aerospace propulsion systems.
• Lightweight radomes: Offering exceptional radiofrequency transparency, our radome solutions ensure high performance in aerospace applications.
• Battery casings for eVTOL fire protection: With the rapid growth of electric aviation, we provide cutting-edge solutions for thermal and fire protection in battery enclosures, ensuring safety without compromising weight.

We look forward to connecting with industry leaders, partners, and innovators throughout the week to explore how our materials can enable the next generation of aerospace systems.

Come visit us at our booth to learn more about how Pyromeral Systems is shaping the future of high-performance composites in aviation.

We are thrilled to announce our participation at JEC World 2025, the leading international composites show, taking place from March 4th to 6th at Paris-Nord Villepinte Hall 6 – C64.

At Pyromeral Systems, we pride ourselves on creating unique, market-leading solutions tailored to meet the evolving needs and stringent demands of our clients. Our latest innovations push the boundaries of what’s possible in thermal and fire protection, offering lightweight, high-performance solutions that set new industry standards.

Why Visit Us at JEC World 2025?

• Revolutionary Lightweight Solutions:
  Discover our new materials that are twice as light as steel and four times lighter than titanium, without compromising on strength or durability.
• Advanced Materials for Extreme Conditions:
  Our Pyrosic and Pyrokarb materials have demonstrated exceptional fire and high-temperature resistance, making them ideal for applications such as heatshields for brakes and turbochargers in motorsport and specialized industries. Certified to UL 2596 and ISO 2685 standards, our materials withstand temperatures of up to 1300°C.
• Cutting-Edge Battery Protection:
  Be among the first to explore our latest results on protection against battery thermal runaway, validated by UL lab testing. Our solutions effectively conduct and duct fire through exhaust systems without sustaining damage from abrasion, outperforming traditional organic materials or metals.
• Custom-Made Solutions for Your Unique Needs:
  At Pyromeral Systems, we specialize in designing and manufacturing custom parts tailored to the specific requirements of our clients. No matter how complex your project, we work closely with you to develop solutions that meet your exact specifications.

Our team is passionate about delivering customized solutions that exceed expectations. Whether you’re in the automotive, aerospace, or industrial sectors, we have the expertise and technology to support your projects.

Don’t miss this opportunity to see our groundbreaking products up close and discuss how we can help you meet your thermal and fire protection challenges.

Visit Pyromeral Systems at JEC World 2025 – where innovation meets excellence!

We look forward to seeing you there!

commercial@pyromeral.com

Pyromeral Systems currently operates in three key markets: aerospace, defense, and motorsports. These industries are highly promising, especially given the company’s strong positioning in such niche markets. In fact, Pyromeral Systems’ primary competition comes from traditional metals, to bring lightweight on high temperature areas for improving performances of high end vehicles.

The company specializes in producing advanced materials using three types of ceramic composites : PyroXide, PyroSic, and PyroKarb. These composites are four times lighter than steel and twice lighter than Titanium, offering a significant advantage in terms of weight reduction. Each composite is made from a combination of fibers and matrices. The fibers include carbon (C), silicon carbide (SiC) and alumina (Al₂O₃), while the matrices are based on self developed (patented) inorganic materials such as silico-aluminate or alumino-phosphatic.

These materials are specifically designed to withstand extreme heat and flames, making them ideal for applications in Formula One and the Aerospace industry. Pyromeral Systems continuously pushes the boundaries of innovation by testing new processes and technologies, particularly in the areas of safety and performance enhancement.

Since 2020, Pyromeral Systems has set itself apart with cutting-edge protective solutions for e-VTOL (Electric Vertical Take-off and Landing) aircraft, aimed at preventing thermal runaway in lithium-ion batteries. Recent tests demonstrate that Pyromeral materials are highly suited for electric systems, as they maintain their integrity when exposed to flames and high temperatures during thermal runaway incidents. Thus, it has been demonstrated that Pyromeral materials passes various fire test such as 1100°C FAA AC 20-135 flame test with components thickness as low as 0.6 mm. They passes also more than 5 cycles (up to the maximum 10 cycles) of the UL2596 Torch & Grid Test, making then remarkable survivance to thermal runaway environment.

In 2024, the company achieved a world-first by successfully inducing in flight thermal runaway in drone batteries. The results showcased the resilience of Pyromeral’s materials in real-world conditions. Upcoming tests on e-VTOL batteries are highly anticipated and look promising.

This year, Pyromeral Systems projects 10% of its revenue will come from its e-VTOL battery solutions, marking a major milestone in its continued growth and innovation.

Pyromeral Technology, our newly born sister company in the US (based in Sunnyvale, CA) will exhibit for the first time at CAMX.

Our ceramic composites developed for high temperature application but also fire resistance will be shown and accessible.