Vibration generated by mechanical equipment, building services and everyday activities can be transmitted through the building structure as structure-borne noise, reducing acoustic comfort and affecting adjacent spaces. Effective vibration isolation is essential to prevent these dynamic forces from propagating through floors, walls, ceilings and structural elements.
Our resilient isolation systems elastically decouple mechanical equipment, building services and building components from the structure, reducing vibration transmission and structure-borne noise. Designed for residential, commercial, industrial and public buildings, they improve acoustic performance while preserving the structural integrity and functionality of the installation.
Controlling vibration and structure-borne noise is essential for creating comfortable, healthy and productive buildings. Effective vibration isolation reduces noise transmission between spaces, improves occupant well-being, protects sensitive equipment and helps buildings comply with modern acoustic performance requirements.
Box-in-box construction is used where the highest levels of vibration isolation and structure-borne noise control are required, such as recording studios, cinemas, theatres, technical rooms and fitness centres. By elastically decoupling floors, walls and ceilings from the main building structure, it significantly reduces the transmission of structure-borne and airborne noise, creating acoustically independent spaces.
Magnetic resonance imaging is an analysis that uses a magnetic field and radio waves to obtain detailed images of organs and structures of the body.
Akustik+Sylomer® acoustic hangers provide an extraordinary performance on wooden structures.
