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OFF Damping Vibration Reduction Sound Insulation Pad / Mat - SoundBox

G3PX / G6PX / G12PX

OFF Damping Vibration Reduction Sound Insulation Pad / Mat

Suitable for small spaces such as homes, audio-visual rooms, recording studios, piano rooms, and drum rooms.

  • Name:

    OFFDamping Vibration Reduction Sound Insulation Pad

  • Model:

    G3PX / G6PX / G12PX

  • Advantage:

    Closed-cell structure ensures zero water absorption, minimizing corrosion risk and making it ideal for high-humidity areas. It is non-degrading, long-lasting, and resistant to mold and bacterial growth, with zero harmful emissions. Used as an isolation layer beneath floating floors, it effectively blocks the transmission of impact sound and vibration to the structural slab, dramatically improving floor-to-floor acoustic insulation (impact sound reduction). It provides excellent support and cushioning to meet noise reduction needs in multi-story buildings and residences. Available in 3mm, 6mm, and 12mm thicknesses for various standards, it is easy to cut and install. The modular design is perfect for small-scale acoustic applications like home theaters, studios, and practice rooms.

  • Specification:

    G3PX - 1000mm(L) x 1000mm(W) x 3mm(T) G6PX - 1000mm(L) x 1000mm(W) x 6mm(T) G12PX - 1000mm(L) x 1000mm(W) x 12mm(T)

  • Area:

    G3PX - 1m² G6PX - 1m² G12PX - 1m²

  • Quantity:

    G3PX - 16pcs G6PX - 8pcs G12PX - 4pcs

  • Weight:

    G3PX - 28.8kg G6PX - 31.2kg G12PX - 30kg

  • Application:

    Modular design is suitable for small spaces such as homes, home theaters, recording studios, music rooms, and drum rooms.

The OFF Damping and Vibration Isolation Acoustic Mat uses an eco-friendly SBR/PU GLUE base material. The SBR foam molding creates a micro-cavity closed-cell, flexible material that features advantageous physical properties such as high resilience, damping, and adhesion, resulting in excellent acoustic characteristics in sound energy and vibration wave transmission loss.

Its full-coverage application design generates a balanced and significant surface support force. This not only effectively broadens the vibration isolation frequency range but also forms a structural surface airborne sound insulation layer of up to 20 dB. This allows the material to fully leverage its inherent characteristics, truly achieving structure-free vibration isolation and acoustic damping functionality.

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