Durable Railway Rubber Pad for Enhanced Track Stability and Vibration Reduction

• Customization: Available
• After-sales Service: One Year
• Warranty: One Year
• Model NO.: P60
• Customized: Railway Tools
• Certification: ISO9001
• Type: Railway Tools
• Transport Package: Export Wooden Box
• Specification: 1100*1100*800
• Origin: Handan, Hebei Province, China
• Production Capacity: 10000

Product Description

Main uses
Shock absorption and buffering
Absorb the shock and vibration generated during train operation to reduce damage to the track structure.
Reduce the dynamic impact force between the wheels and rails and extend the service life of the rails and sleepers.
2. Noise reduction and sound insulation
Reduce the wheel-rail noise generated when trains pass through and improve the acoustic environment of residential areas along the line.
3. Insulation protection
Rubber pads have excellent insulating properties, which can prevent short circuits in track circuits and ensure the normal operation of railway signal systems.
4. Adjust the height of the track
Rubber pads of different thicknesses can be used to fine-tune the height of the rails to ensure the smoothness of the tracks.
5. Anti-corrosion and anti-slip
Prevent the sleepers from coming into direct contact with the rails to reduce metal corrosion.
Increase friction to prevent the rails from sliding on the rail sleepers.

Main usage scenarios
1. High-speed railway
The requirements for shock absorption and noise reduction are high, and the rubber pads need to have high elasticity and fatigue resistance.
2. Conventional railway
To withstand a large load, the rubber pad needs to have high compressive strength and durability.
3. Metro and Urban Rail Transit
Due to the high operating density, the rubber pad needs to have good wear resistance and anti-aging performance.
4. Heavy-haul railway
High-strength rubber pads should be adopted to withstand the long-term impact of trains with large axle loads.
5. Turnout section
The force-bearing part of the turnout is complex, and the rubber pad needs to have higher shear resistance and deformation resistance.
6. Bridge and tunnel tracks
Due to the more obvious vibration transmission, the rubber pad needs to have better shock absorption performance to reduce structural fatigue.

 

According to different requirements, railway rubber pads can be classified as:
Ordinary rubber pad (for general circuits)
High-elastic rubber pads (for high-speed railways)
Oil-resistant and corrosion-resistant rubber pads (for chemical sections or humid environments)
Conductive rubber pads (for special sections that require grounding or anti-static measures)

 

Although railway rubber pads are small components, they are crucial to the safety, comfort and durability of the track system. With the development of railway technology, the performance requirements for them are also constantly increasing.