models of fishplates
Application and Common Models of Fishplate
Rail joint splints, also known as fishtail plates or track splints, play a connecting role at the rail joints and are divided into light rails, heavy rails and lifting rails. It is a connecting fastener used to connect rails.
Common types of fishplates include:
1.43kg/m fishplate: suitable for track connection of 43kg/m rails.
2.50kg/m fishplate: used with 50kg/m rails.
3.60kg/m fishplate: commonly used for connection of 60kg/m rails.
4.75kg/m fishplate: suitable for 75kg/m rails.
These are just some of the common models, there are actually other fishplates of different specifications and standards to accommodate various rail types and gauges. When selecting the fishplate type, it needs to be determined according to the specific rail size and line requirements. In addition, different regions and countries may have their own specific standards and model systems. If you need more accurate information, it is recommended to visit our official website and consult contact (https://www.gloryrail.com/).
The type of fishplate is usually determined according to the following factors
1. Rail type: the fishplate needs to match the rail used, so the rail type is one of the important factors to determine the fishplate type. Different models of rail may require different sizes and shapes of fishplates.
2. Gauge: Gauge refers to the distance between the inside of the two rails, and different gauges require the fishplate to have the corresponding size and shape.
3. Train load: The load size of the train will also affect the selection of fishplate. Heavy duty lines may require thicker, stronger fishplates to withstand greater pressure.
4. Connection method: Some fishplates are bolted, while others are welded or other connection methods. Different connection methods can also lead to differences in fishplate models.
5. Standards and specifications: The railway industry has relevant standards and specifications, which specify the technical requirements and scope of application of different types and specifications of fishboards. These standards and specifications usually take into account factors such as safety, reliability and economy.
In practical applications, according to the specific line conditions, train operation requirements and relevant standards, the above factors will be considered to select the appropriate fishplate model. In addition, the selection of fishplate also needs to undergo rigorous testing and verification to ensure that it can meet the safety and performance requirements of the railway system.
A fully operational section of railway track usually consists of the following parts
1. Railroad Tracks
Rail: A track used for train operation, usually made of high-strength steel, to withstand the weight of the train and the power generated by the operation.
Joint: Connecting parts between rails, sometimes using welding technology to weld rail joints together to reduce the gap between the joints and increase the smoothness of the track.
2. Tie or Sleepers
Wooden sleepers: Traditional sleepers, usually made of hardwood.
Concrete sleepers: Modern railway sleepers commonly used, made of reinforced concrete, better durability, low maintenance costs.
Steel sleepers: Made of steel, mainly used in special environments, such as rails in Bridges or tunnels
3. Track board
Crushed stone ballast: laid under the sleeper, play the role of cushioning and drainage, while fixing the position of the sleeper to ensure the stability of the track.
Ballastless track: A structure commonly used in high-speed railways that uses concrete or asphalt laid under sleepers instead of the traditional crushed stone ballast.
4. Fasteners
Bolts and nuts: Used to secure the rail to the tie.
Elastic fastener: The elastic fastener system used in modern railways can absorb vibration and shock and reduce track wear and deformation
5. Turnout
Switch: used to change the direction of train operation, allowing the train to switch from one track to another.
Crossover: a structure at the intersection of two tracks that allows trains to cross from one track to another.
6. Roadbed
Base layer: The supporting layer laid under the track, composed of materials such as crushed stone, gravel or concrete, to ensure the stability and drainage of the track.
Roadbed slope: To ensure the drainage performance of the roadbed and prevent erosion and damage to the track by accumulated water.
7. Ancillary facilities
Signal system: including signal lights, track circuits, etc., used to control the operation of trains and ensure safety.
Protective facilities: such as protective nets, sound barriers, etc., to protect the environment around the track and reduce noise pollution.
Drainage facilities: ensure smooth drainage around the track to prevent water accumulation from affecting the stability of the track.
Together, these sections form a fully operational section of railway track, ensuring good smoothness and safety during the journey of the train.
GloryRail as the specilize rail supplier, we can supply the one-stop shop of steel rail construction, eg: rail, rail clips, rail pads, fishplates, rail fasteners, soleplates etc., if you have any needs or questions, welcome to contact us!
