Rail & Transport
High temperature solutions for thermal protection and fire safety
The rail and transport industries demand highly specialised materials to ensure maximum safety, thermal efficiency, and long-term durability. Refractory solutions play a critical role in protecting infrastructure, vehicles, and passengers across a wide range of modern transport systems.
High-speed rail and rolling stock fire protection
In high-speed rail networks such as international intercity systems, certified fire-tested refractory materials are essential. These materials provide passive fire protection for passenger compartments, driver cabins and technical enclosures, helping to contain fire outbreaks and slow fire spread. Compliance with international standards, including EN 45545-2, ensures cross-border safety and interoperability across different railway networks.
Thermal insulation for critical components
Refractory insulation protects essential systems such as traction motors, power electronics, braking assemblies and exhaust units from overheating. Effective thermal management extends component life, maintains operational stability at high speeds, and improves overall energy efficiency. In addition, refractory barriers protect undercarriage systems and housings exposed to dynamic thermal loads.
Noise and vibration control
High temperature insulation materials contribute to noise and vibration reduction in high-speed trains, tram networks, and urban transport systems. Their dense, thermally stable properties help minimise cabin noise, improving passenger comfort even at high operating speeds.
Application in electric vehicles and urban mobility
Beyond rail, refractory insulation is increasingly applied in electric vehicles (EVs), trams, buses and motorcycles. In EVs, refractory materials are used to manage battery heat, prevent thermal runaway, and enhance overall fire safety in lithium-ion battery systems. These solutions support the growing demands of electric mobility, ensuring safe operation under varying environmental and load conditions.
Infrastructure fire protection
In tunnels, stations, and maintenance depots, refractory linings and fire-tested systems protect structural elements from fire damage, limit fire propagation, and maintain safe evacuation routes. These passive fire protection measures are essential for meeting modern safety regulations and protecting both passengers and transport infrastructure.
Reliable performance across transport systems
Thanks to their excellent resistance to heat, fire, mechanical stress and environmental exposure, Vitcas high temperature materials remain a vital component in the safe, efficient, and reliable operation of modern transport technology - from high-speed trains to electric vehicles and urban transit systems.