Acoustics & aeraulics products for noise & air treatment projects
Expansion joints & Antivibration devices
Expansion joints are used to reduce noise and vibration in pipes and ducts networks.
They are designed to absorb dilatation movements and misalignements. They are suitable for ventilation systems, exhaust combustion lines, heat exchangers, cooling water networks, steam generating systems, inlet filtration devices.
Anti-vibration devices avoid the transmission of noise and mechanical vibrations,
Some machines need to be separated from their fixing points on the floor or ceiling. We offer a range of spring systems intended to equip rotating machines according to a wide spectrum of loads, and soon plates of anti-vibration materials.
Expansion joints are used to reduce noise and vibration in pipes and ducts networks.
They are designed to absorb dilatation movements and misalignements. They are suitable for ventilation systems, exhaust combustion lines, heat exchangers, cooling water networks, steam generating systems, inlet filtration devices.
Anti-vibration devices avoid the transmission of noise and mechanical vibrations,
Some machines need to be separated from their fixing points on the floor or ceiling. We offer a range of spring systems intended to equip rotating machines according to a wide spectrum of loads, and soon plates of anti-vibration materials.
Expansion joints & Antivibration devices
Expansion joints are used to reduce noise and vibration in pipes and ducts networks.
They are designed to absorb dilatation movements and misalignements. They are suitable for ventilation systems, exhaust combustion lines, heat exchangers, cooling water networks, steam generating systems, inlet filtration devices.
Anti-vibration devices avoid the transmission of noise and mechanical vibrations,
Some machines need to be separated from their fixing points on the floor or ceiling. We offer a range of spring systems intended to equip rotating machines according to a wide spectrum of loads, and soon plates of anti-vibration materials.