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Vibration Isolation and Noise Reduction Solutions for Rail Transit

During the operation of urban rail transit, impact vibrations are generated between the train wheels and the rails. These vibrations are transmitted through the sleepers and the track bed to tunnel or bridge foundations, and further propagate and affect surrounding buildings and sensitive equipment. The structures of affected buildings can amplify the vibration excitations generated by locomotives, potentially causing damage to the building structures, such as settlement or cracks. Vibratec® polyurethane elastic pads can be used for vibration isolation of track beds under both compressive and shear loads, as well as for industrial equipment vibration isolation. Based on project characteristics and vibration reduction requirements, Vibrotech provides polyurethane vibration isolation pad systems with discrete support, linear support, and full-floor support solutions.

Installation Methods

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    Before laying the track bed vibration isolation pad

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    After the track bed vibration isolation pads are laid

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    Rail trackbed rail laying

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    After the track bed vibration isolation pads are laid

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    Effect after laying strip vibration isolation pads

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    Effect of Laying Rail PU Vibration Isolation Pads

Product Information

  • Good Mechanical Properties

    Polyurethane vibration isolation pads exhibit minimal plastic deformation under working loads, and their mechanical characteristics are relatively insensitive to load. The permanent compression deformation of polyurethane vibration pads is less than 5%, ensuring stable performance over long-term use.

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  • Moisture Resistant, Corrosion Resistant

    Closed-cell polyurethane elastomers are waterproof and moisture-proof, do not deteriorate or rot, and can resist corrosion from various chemicals, such as gasoline, mineral oil, and mineral grease.

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  • Exceptional Durability

    • Material performance changes less than 10% after 10 million fatigue tests
    • Excellent hydrolysis resistance and protection against bacterial erosion

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  • Stable Physical Performance, Significant Vibration Reduction

    » High wear resistance » Excellent tensile and tear strength » High deformation recovery » High resilience » Low abrasion rate » Measured insertion loss up to 15dB

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