Anti-creepers

Rail anti-creepers, also known as rail anchors or rail clips, are components used in railway systems to prevent the lateral movement or "creeping" of rails. They play a crucial role in maintaining the stability and integrity of the track infrastructure. Here are some key applications of rail anti-creepers.

Railway lines: Installing track anti climbing devices on railway lines can prevent people from entering the track area without permission. This is crucial for ensuring the safety of passengers and maintaining normal train operation.

Track tunnel: The use of track anti climbing devices on the tracks at the tunnel entrance or inside the tunnel can effectively prevent personnel from entering the tunnel and avoid causing dangerous situations.

Subway platforms: Subway platforms are relatively easy to access tracks, so measures need to be taken to prevent people from approaching or crossing the edge of the platform. The installation of track anti-creeper can provide additional Safety barrier to prevent people from accidentally falling into the track.

Bridges and elevated tracks: On bridges and elevated tracks, track anti climbing devices can prevent people from climbing or falling into the road below. This helps to protect the safety of pedestrians and drivers.

Maintenance area: The track maintenance area is usually a hazardous area that requires special permission to enter. Track anti climbing devices can ensure that only trained and authorized personnel can enter these areas, reducing potential accident risks.

Die Forging + Machining

ANSI, ASTM, ASME, DIN, GB

Materials: Structural steel, carbon steel, stainless steel

Chemical composition inspection + Dimensional inspection + Visual inspection

The most generally used methods of testing given below:

Spectral analyzer

Metallographic microscope

Impact testing machine

Brinell hardness tester

Impact projector

Tensile testing machine

Image measuring instrument

Rail track stability: Rail anti-creepers are designed to resist the forces created by train traffic, which can cause the rails to shift laterally over time. By securely fastening the rails to the sleepers or ties, they help maintain the alignment and stability of the track.

Safety enhancement: The lateral movement of rails can pose significant safety risks. It can lead to track misalignment, resulting in derailments or accidents. Rail anti-creepers help mitigate these risks by preventing excessive rail movement and maintaining proper track geometry.

Noise and vibration reduction: Lateral movement of rails can create noise and vibrations that can be disruptive and unpleasant for nearby residents. Rail anti-creepers reduce the dynamic movement of the rails, minimizing noise levels and vibrations transmitted through the track structure.

Extended rail lifespan: Creeping rails can cause uneven wear patterns on the rail surface, leading to accelerated deterioration. By limiting lateral movement and distributing loads more evenly, rail anti-creepers contribute to prolonging the lifespan of the rails.

Maintenance simplification: Properly installed rail anti-creepers reduce the need for frequent adjustments and realignment of the track. This simplifies maintenance operations, saves time, and reduces costs associated with track maintenance.

Machining

Lathes, milling machines

Box made of plywood and solid wood, or a solid wood fumigation free wooden box, or according to buyers’ request.
 

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