Gleisnetze

Gleisnetze, also known as track meshes, are structural frameworks used in railway infrastructure to support, reinforce, or delineate railway tracks and associated components. These networks are typically composed of interconnected steel or concrete elements arranged in a grid pattern, creating a stable and resilient surface for train operations.

The primary function of Gleisnetze is to distribute loads evenly across the underlying ground, reducing deformation and wear on the tracks. They also serve to prevent weed growth, erosion, and water infiltration, thereby enhancing the durability and sustainability of railway corridors. Additionally, track meshes can contribute to noise reduction and vibration damping, improving environmental and passenger comfort.

Gleisnetze are available in various designs depending on their application. For example, steel grid panels are often used for ballast stabilization and reinforcement, while concrete mesh systems are employed in areas requiring higher load-bearing capacity or extensive reinforcement. Some systems include integrated drainage channels to facilitate water runoff, further protecting the track structure.

These systems are commonly utilized in high-traffic rail corridors, industrial sidings, and urban transit systems. Their installation involves anchoring the mesh elements to the subgrade or existing track bed, often with the use of specialized fasteners or adhesives.

Advances in materials and design have led to the development of more flexible, durable, and environmentally friendly track mesh solutions. The choice of a particular system depends on factors such as load requirements, environmental conditions, and project budget.

Overall, Gleisnetze play a crucial role in modern railway engineering by providing a stable, durable foundation that supports safe and efficient train operations.