STRAILway 30
The polymer sleeper for regional rail transport
STRAILway 30 is an economical and sustainable alternative to wooden sleepers, offering both ecological and technical advantages. Made from recycled polymer, it combines a long service life, a low carbon footprint, and full recyclability. The sleeper can be machined easily with standard tools and is harmless to health. Specially designed for regional rail, secondary lines, and less heavily used main lines, STRAILway 30 delivers a sustainable, durable, and versatile performance.
Sustainable. Durable. Versatile.
STRAILway 30 polymer sleepers combine eco-friendliness with economic efficiency, while remaining technically versatile.
- Up to 50 years of service life with consistent performance
- Made from recycled polymer and fully recyclable
- Multiple fastening options: ribbed base plate and milled direct fastening
- Low disposal and life cycle costs (LCC)
- Easy machining (cutting, milling, planing, drilling) with no health risks
- Low carbon footprint and high resistance to chemicals, UV, and ozone
References
STRAILway 30: Easy installation saves time in South Tyrol
Polymer sleepers for secondary lines and municipal networks
STRAILway 30 is specifically engineered for regional rail and municipal track networks, including tramways, secondary lines, and operational sidings. Its durable, dimensionally stable recycled polymer construction provides a reliable alternative to impregnated wooden sleepers, which typically have a limited lifespan and a lower environmental performance. Even on seasonal or lightly loaded lines, STRAILway 30 delivers a cost-effective and environmentally friendly solution, combining long-term durability with minimal maintenance requirements.
Practical advantages for installation and maintenance
Thanks to its machinability with commercially available tools and the non-hazardous material composition, STRAILway 30 can also be easily used under construction site conditions without the need for special equipment or complex protective measures. Fastening solutions with ribbed plates or milled-in direct fastening make the system flexibly adaptable. The overall design of the sleeper thus helps to simplify installation and maintenance and significantly reduces life cycle costs for operators.