Railway Emergency clamp design principle

Clamping principle:
The clamping body part of the fixture adopts a specially designed clamping surface, which can be closely fitted with the rail surface to form an effective clamping force. This clamping force is enhanced by the clamping device of the clamp, which ensures that the clamp can grip the rail stably as the train passes through.
The design of the clamping surface takes into account the geometry and material characteristics of the rail to ensure that the clamp will not cause damage to the rail during the clamping process, while providing sufficient clamping force.
Fastening principle:
Fastening devices usually use bolts, nuts and other fasteners, by rotating or tightening operation to fix the clamp body to the rail. In the fastening process, it is necessary to ensure that the fasteners can be evenly stressed to avoid excessive local stress resulting in fixture damage or rail deformation.
In order to improve fastening efficiency and safety, some high-grade Railway Emergency Clamp are also equipped with rapid fastening devices, such as hydraulic fastening systems or pneumatic fastening systems, which can complete the fastening operation in a short time.
Adaptability principle:
The design of the fixture takes into account the needs of different specifications and types of rail. By adjusting the size and shape of the clamp body or the parameters of the fastening device, the fixture can adapt to different specifications and types of rail.
In addition, the fixture also has a certain degree of adjustability to adapt to the needs of different situations. For example, when the rail is slightly deformed or worn, the clamping effect of the fixture can be ensured by adjusting the clamping surface or fastening strength of the fixture.
Security principle:
The design of the fixture takes full account of safety factors, and uses high-strength, corrosion-resistant materials to ensure that good performance can be maintained in harsh environments.
At the same time, the fixture is also equipped with the necessary safety protection devices, such as anti-slip devices, anti-loosening devices, etc., to prevent the fixture from loosening or falling off when the train passes.