ANAXA® technology is designed for deployment across the world's most demanding industries, from large-scale building renovation to next-generation battery cells, transport, aerospace, and critical data infrastructure.
Building materials, insulation, and structural fire protection for new and existing infrastructure.
Surface-applied paints and coatings for facades, interiors, panels and metal structures, deployed in renovation and new construction.
Ultra-thin fire protection layers for energy storage systems and battery technologies preventing thermal runaway.
Railway, maritime, and automotive fire safety solutions for vehicles, vessels, and infrastructure.
Advanced fire-resistant composites for aircraft construction and aerospace applications.
Protection for petroleum infrastructure, pipelines, and industrial processing equipment.
Thermal protection for critical data infrastructure where fire safety meets operational continuity.
~€150 billion is spent every year in Europe renovating existing buildings. Most of this stock predates current fire-safety standards. ANAXA® changes the equation by allowing fire performance to be upgraded without replacing the underlying material.
Lithium-ion batteries face a structural challenge, thermal runaway, where one overheating cell triggers neighbouring cells. Standard mitigation reduces energy density. ANAXA® delivers maximum protection with minimum mass and volume.
Each transport sub-sector has its own fire-protection rules, IMO standards for shipping, EN 45545 for railway, automotive-specific requirements for vehicle interiors. What they share is a growing intolerance for toxic smoke.
A fire in a data center is not just a safety incident, it is a multi-million-euro outage. Cloud and AI workloads have dramatically increased rack power densities, and with it the heat load that must be managed.
Manufacturing-channel discussions are open across Europe, the Middle East and South Asia. Reach out to discuss licensing for your geography or sector.
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