Damping is the dissipation of energy, usually by releasing it in the form of low-grade heat. The loss factor quantifies the level of damping of a material, it is the ratio of energy dissipated from the system to the energy stored in the system for every cycle. Due to corks closed cell structure filled with air, cork ha…

The dissipation of vibratory energy in solid structures over time and space. It is analogous to the absorption of sound in air.

The dissipation of vibratory energy in solid media and structures with time or distance. It is analogous to the absorption of sound in air.

The dissipation of vibratory energy in solid media and structures with time or distance. It is analogous to the absorption of sound in air.

Damping is essential for vibration control in construction. With a high loss factor, cork is an excellent damping tool, boosting security and comfort in buildings and infrastructures.

Damping is essential for vibration control in construction. With a high loss factor, cork is an excellent damping tool, boosting security and comfort in buildings and infrastructures.

Noise reduction in transformers & reactors through decoupling and isolation.

Noise reduction in transformers & reactors through decoupling and isolation.

Exceptional damping proprieties helping to reduce structural vibration and slamming effect

Damping is a way to limit vibrations and is essential for protecting the system as a whole.

Damping is essential for vibration control in construction. With a high loss factor, cork is an excellent damping tool, boosting security and comfort in buildings and infrastructures.

Resilience and sound damping capacity keep out the noise of neighbors, the sound of conversations, and vibrations produced by appliances or air conditioning systems, making your home healthier and more welcoming.

Cork's air filled closed cell structure enables inherent damping of structural noise transmission, such as step noise and impacts throughout the decking surface and consequently increased acoustic performance.

Cork's air filled closed cell structure allows for inherent damping of structural noise transmission such as step noise and impacts throughout the decking surface and consequently increased acoustical performance.

The main characteristics of cork that we can highlight for application in the energy sector, include its negative contribution in terms of CO2, its resistance to extreme temperatures, chemical compatibility and low thermal conductivity, its resilience, and damping properties.

Cork’s closed cell structure, filled with air, contributes to the damping function by dissipating vibration energy, resulting in higher energy loss factors when compared to 100% rubber materials. This dissipation of vibration energy leads to noise reduction, longer machine or tooling life and no transmission to the sur…

While cork has a higher loss factor than rubber – which is essential to the dampening function and consequent dissipation of energy – anti-vibration rubbers are isolative and offer very little damping. The combination of these two materials as a cork rubber composite brings added characteristics as a vibration isolatio…

While cork has a higher loss factor than rubber – which is essential to the dampening function and consequent dissipation of energy – anti-vibration rubbers are isolative and offer very little damping. The combination of these two materials as a cork rubber composite brings added characteristics as a vibration isolatio…

Its negative carbon footprint, low thermal conductivity and sealing capacity, together with resistance to extreme temperatures and a high damping capacity are characteristics that make cork a raw material with enormous potential for this sector.  From electric mobility to wind and solar energy, Amorim Cork Composites e…

Vibration isolation is the most effective way to reduce structure-borne noise. Cork-based materials are highly resistant and, in addition to enabling vibration insulation, they also have good damping effects. Indoor acoustic performance is a key factor in increasing quality of life and I believe that cork-based materia…

Vibration isolation is the most effective way to reduce structure-borne noise. Cork-based materials are highly resistant and, in addition to enabling vibration insulation, they also have good damping effects. Indoor acoustic performance is a key factor in increasing quality of life and I believe that cork-based materia…