Rail Pad, which is assembled under the steel rail, it’s main functions is Loading distribution over a larger surface & Elimination of load concentration and the resultant fatigue stresses & Centering of loads on the supporting element & Absorption of uneven contact surfaces between rail and support & Reduction of noise and vibration & Sealing between the bottom of the rail and the top of the support Reduction of wear of the rail and its support.

Rubber Pad

Stiffness:  90-130KN
Tensile Strength before Aging :  ≥ 12.5Mpa
Elongation before Aging:  ≥250%
Melting Point: 72-80 ℃
Electronic Resistance: ≥ 106 Ω

Rubber Pad

EVA Rail Pad

Density:  0.95-0.98 g/m³
Tensile Strength:  ≥ 15Mpa
Elongation:  ≤500%
Melting Point: 170 – 190 ℃
Insulation Resistance: ≥10,000,000 KΩ
Hardness:  ≥90A

EVA Rail Pad

HDPE Rail Pad

Density:  0.95-0.98 g/m³.
Tensile Strength:  ≥19Mpa.
Elongation:  ≥80%.
Melting Point: 170-190 ℃
Insulation Resistance: ≥10,000,000 KΩ
Hardness:  ≥98A

HDPE Pad

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