Rails for railway infrastructure and rolling stock

The rail is the load-bearing component of the railway and provides the foundation for stability, safety and operation.

At Hans Buch, we supply rails for both new railway construction and the maintenance of existing railway lines. We help you select rail profiles, materials and solutions that match the load, speed and application.

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Rails in various profiles and standards

We supply rails in various profiles depending on the application, load and required standards.

UIC 60
UIC 54
DSB 45
Other rail profiles as required

Rail profiles such as UIC60 and UIC54 are widely used in Europe and are designed to handle both high speeds and heavy loads.

Designed for load-bearing capacity and reliable operation

Rails must be able to withstand high axle loads while ensuring a stable and smooth running surface for trains.

Profile and weight influence where a rail is used. Heavier profiles are typically used on lines with high loads and speeds, while lighter profiles are used on less busy lines.

Rails are designed to:

Distribute loads from wheels to sleepers
Maintain stable track alignment
Resist wear and deformation
Support safe and efficient operation

Materials for demanding operating environments

Rails are manufactured from high-strength steel that can withstand repeated loads and extreme operating conditions.

Material selection and heat treatment have a significant impact on wear resistance, service life and maintenance requirements. Rails for heavy loads often use hardened steel grades that reduce deformation and extend service life.

Modern rail profiles are developed to:

Withstand high axle loads
Reduce wear on both wheels and rails
Ensure reliable operation over time

For different types of railway

Many types of rails

The choice of rail depends on traffic volume, speed and environment.

Main lines
Light rail and metro
Industrial sidings
Freight transport
Temporary tracks and projects

Part of the overall track structure

Rails form part of an overall structure together with sleepers, fastenings and ballast.rnrnTo ensure optimal performance, it is important that all components work together as a complete system.