Vibration-damping sound insulation pad

The vibration-damping and sound-insulating pads are made of natural rubber as raw material, foamed at high temperature and made using nanotechnology.

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Operating temperature

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weight

Thermal conductivity

-30℃-90℃

Product Introduction

Application

Made of natural rubber, foamed at high temperature and made with nanotechnology, it changes the frequency of sound transmission through the resonance effect of the natural rubber cavity, reduces the number of reflections, and can effectively isolate impact noise and airborne noise.

Green buildings (including one-star, two-star and three-star projects);

High-end residences, five-star hotels, and high-end clubs;

Schools, hospitals, cultural and sports facilities, etc.

Product Performance

Easy installation

Health and Environmental Protection

Anti-mildew and antibacterial

Sound absorption and vibration reduction

Directly use glue to stick, it is easy to fit in the air duct, and it can also fit completely in the corners. There is no need to use other fixing methods, and the material cutting is simple.

No fiber, no dust particles, no formaldehyde, no VoCS emissions.

Added antibacterial and anti-mildew factors to prevent the growth of bacteria and mold.

It has extremely high construction convenience and excellent cost performance, better insulation and decorative effects and lower overall cost.

Technical Parameters

Performance Project
Technical Parameters
Implementation Standards

Material properties

Rubber damping elastic material

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Impact sound improvement

18-25dB

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Standard width

1000mm

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Coefficient of friction (concrete)

μs=0.7

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Operating temperature

-30℃-90℃, extreme temperature 150℃

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Service life
≥50 years
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Bulk density (kg/m³)

32 40 48 56 64
GB/T 13350
Thermal load shrinkage temperature ℃

≥300 ≥350 ≥350 ≥350 ≥400

GB/T 13350

Combustion performance

Non-combustible materials
GB/T 13350

Thermal conductivity W/(m·k) Average temperature 70°C

≤0.042 ≤0.040 ≤0.040 ≤0.039 ≤0.039

GB/T 13350
Combustion performance grade

A-level

GB 8624

Density (kg/m³)

500-750

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