strail
The premium level crossing system for the highest demands
strail is the proven system for level crossings subject to intensive use—whether on main roads, factory premises, or industrial tracks. It consists of modular solid rubber panels securely connected by patented tensioning elements. The specially designed surface with integrated corundum ensures reliable slip resistance, even in wet conditions. strail is low-maintenance, flexible in use, and ideally suited for heavily trafficked routes. It combines the highest quality with minimal effort during installation and maintenance.
Robust construction for maximum load capacity
strail is the first choice for level crossings exposed to heavy road traffic. The system is suitable for all rail and sleeper types and meets the highest requirements in terms of safety and durability:
Key benefits at a glance
- System solution comprising inner and outer panels in different variants
- Patented rubber surface with corundum inlay
- Suitable for heavy-duty, truck and bus traffic
- Durable, robust and low-maintenance
- Fast installation and removal
- Approved by national railways
References
A safe level crossing for all road users
Efficient modernization with ponti and strail for critical crossings
Main applications in the heavy-duty sector
The strail system proves particularly effective at level crossings that are crossed daily by heavy goods vehicles, articulated lorries or buses. The robust panel system also ensures lasting stability in busy inner-city areas or at factory entrances. The modular design enables adaptations to complex track geometries, for example in tight curve radii.
System integration and structural flexibility
Thanks to the modular design of the inner and outer panels, strail can also be installed in technically demanding transition areas—such as asymmetrical road layouts, turnouts, or inner-city intersections. The precise connection via patented tensioning elements minimizes settlement and the formation of gaps. The advantages of strail are particularly evident under thermal stress. The system withstands both extreme heat and cold, including frost, without material fatigue, ensuring long-term stability. The modular design also allows adaptation to complex track geometries, for example in tight curve radii.