Why wooden or concrete sleepers are kept below?


Why wooden or concrete sleepers are kept below? Hence, wide wooden or concrete sleepers are kept below the railway tracks so that there is less pressure of the train on the ground by increasing the area of contact and that the railway line may not sink into the ground.


What are the advantages of concrete railway sleepers?

Advantages of concrete sleeper
  • Strong stability. Compared with wooden sleeper, concrete sleeper with extra weight makes track more stable. ...
  • Long service life. ...
  • Better withstand fire hazards. ...
  • Good insulation. ...
  • Low maintenance cost. ...
  • Environmental protection.


Are concrete sleepers better than wooden sleepers?

Advantages include: They do not rot like timber sleepers, are fire proof, their extra weight makes track more stable (particularly with changes in temperature), they can withstand fire hazards better than wooden sleepers, they give more retentivity to the track, they have a longer life than wooden sleepers, and they ...


Do concrete sleepers need to be sealed?

To ensure years of service life, concrete sleeper products do require some maintenance. For example, to protect your concrete sleeper's colour from staining, you can seal ith with a clear concrete sealer.


Is it OK to cut concrete sleepers?

Yes, you are able to cut concrete sleepers but keep in mind that they do have two N-12 bars inside of them. We recommend using a demolition saw with diamond cutting blade to cut through the concrete sleepers.


What are the disadvantages of concrete railway sleeper?

Concrete rail sleepers They are widely used in high speed railway and the stability is much higher than wood sleepers. Many countries chose concrete sleepers to build high speed passenger line. While concrete sleepers still have many disadvantages like heavy weight, difficult to transport and environment limits.


What is the purpose of a concrete sleeper?

Concrete sleepers/bearers are the main components supporting steel works and redistributing dynamic forces onto ballast and formation. Because of their low cost, high durability, ease in construction, and maintenance, concrete bearers will continue to be the popular components in modern turnout systems.