The Science of Silence
Understanding how our multi-layered composite materials disrupt sound energy and prevent structural vibration transmission.
Mass-Spring-Mass Principle
Our core technology relies on the Mass-Spring-Mass physical law. By sandwiching a viscoelastic damping layer (the spring) between high-density Calcium Silicate boards (the mass), we effectively decouple the structure.
When sound waves hit the first layer, they cause vibration. As this energy travels through the damping core, it is converted into minute amounts of heat energy through shear deformation, significantly reducing the energy that reaches the second layer.
- Superior Low Frequency Isolation
- High STC Ratings (up to 60dB)
- Vibration Damping Efficiency
Source
Our Engineering Approach
Airborne Noise Control
Stopping sound transmission through the air (voices, music). We use high-density materials to reflect sound and porous materials to absorb it.
Structure-borne Vibration
Preventing physical vibrations from traveling through building structures. Our shock dampers decouple walls and ceilings from the frame.
Room Acoustics
Managing internal sound reflections. Our absorption panels reduce reverb time, improving speech intelligibility and musical clarity.
Need technical specifications?
Download our full technical datasheet catalog covering all material densities and STC ratings.
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