Knowledge

Track bearing plates are key components that constrain the lateral displacement of rails. Heavy-load lines are prone to deformation or breakage of the

The anchorage strength of track spikes is crucial to ensuring the stability of the rail-sleeper connection. Complex subgrade environments such as geol

Rail pads are exposed to the outdoor environment for extended periods. Factors such as ultraviolet radiation, temperature changes, and acid/alkali cor

The bolted rail joint is the weakest point of conventional track: the fishplate transfers bending moment across the rail gap, and the bolt holes act a

Under Ballast Mats (UBMs) can reduce life cycle cost of the railway and/or vibration attenuation for ballasted track. Easy to install, maintenance fre

The fatigue life of elastic clips is a core factor determining the service life of a fastening system. Long-term high-frequency vibration can easily l

Foreign standard rails need to be compatible with the rail interface standards of different countries. Deviations in interface dimensions directly aff

Under sleeper padding for concrete bearers in ballasted track increases the track stability, protects the ballast and reduces structureborne noise and

Under Sleeper Pads are specially designed for application under concrete sleeper for ballasted track. They can be manufactured with a specific non wov

Under Sleeper Pads are provided for Noise & Vibration (N&V) protection. They are also used for track quality purposes to improve track stabili

Railway rubber pad, also called rubber rail pad, rubber tie plate. Rubber rail pads are an essential component of the railway structural system and be

Under sleeper pads provide vibration protection, preserve the ballast under the tracks and improve track stability. They can be installed both in high