The right track system for every route: cost-effective, durable and future-ready.
Choosing the optimal track system depends on numerous factors. Every infrastructure project comes with its own specific requirements, whether in terms of loads, application or cost-effectiveness. From ballasted track to ballastless track, the best solution is always determined by the individual project conditions. With a comprehensive portfolio of products and systems as well as extensive engineering expertise, RAILONE helps you make the best possible decision from both a technical and economic perspective.
Whether for high-speed rail or international freight transport, modern long distance routes place the highest demands on stability, precision and reliability. With high-performance concrete sleepers, innovative ballastless track systems and customised special solutions, we provide the foundation for efficient and future-ready rail infrastructure.
High axle loads, increasing traffic volumes, extreme climatic conditions and demanding operational requirements call for robust and durable track systems. At the same time, particularly in urban areas, requirements relating to noise and vibration control, stray current mitigation and drainage must be reliably met.
Drawing on decades of experience, RAILONE develops solutions tailored precisely to these requirements. Our concrete sleepers and ballastless track systems offer high load-bearing capacity, a long service life and minimal maintenance requirements. In addition, innovative mass-spring systems and sound-absorbing technologies reduce environmental impacts and increase public acceptance of modern rail infrastructure.
Whether for new construction, expansion or modernisation, we work with you to select or develop the right track system for your project. The result is a durable, maintenance-optimised solution that ensures maximum operational safety while delivering economic benefits throughout its entire life cycle. This enables the creation of high-performance long distance connections and efficient freight corridors with consistently low operating and maintenance costs.
