News
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.