Acoustic isolation for timber and CLT buildings

This article shows the tests results for floating floor installations when used in Cross-Laminated Timber (CLT) structures, comparing them to the results of the bare CLT structure.

This article shows the tests results for different Cross-Laminated Timber (CLT) structures when using acoustic hangers for the suspended ceiling.

This article shows the tests results of a suspended ceiling for a real world installation when used in a Cross-Laminated Timber (CLT) structure.

In the extension of the public music school, they decided to use materials that were as sustainable as possible and respectful with the environment.

AMC Mecanocaucho, together with FCBA, is committed to offering precise and detailed results that help transform the way buildings are built.

AMC together with FCBA tested different configurations of walls and floors which included smart joints, aiming to decrease coupling at structural junctions.

This article details the results of tests on a suspended ceiling and a floating screed with a heating system in a CLT construction.

Demonstration videos comparing the audible noise in a hotel room, with CLT structure, which has a very noisy nightclub just above.

Akustik amplia la sua gamma di supporti acustici a parete per costruzioni in legno con il nuovo supporto Akustik CLT Wall.

We have carried out various tests in certified laboratories to demonstrate the benefits of using acoustic mounts. In these tests, we compare the results of rigidly installed ceilings against suspended ceilings with rubber and Sylomer mounts.

Comparative tables of German laboratory ift ROSENHEIM where noise impact and airborne noise of the wooden ceilings with sand and rock wool filling with and without AMC supports are compared.

Andreas Rabold from IFT Rosenheim carried out an study called “Trittschalldämmung richtig bewerten” to evaluate the correlation between the value of Ln,w according to DIN EN ISO 717-2 and the subjective perception of impact noise on wooden ceilings.

In order to show the acoustic advantages when using Akustik+Sylomer® Floor mounts and Akustik + Sylomer® Super T60 acoustic hangers in a light wood construction, an independent external technological center has performed impact and airborne noise tests using different configurations in light wooden structures.

Different tests have been carried out using different solutions for the floating floor from a naked structure to an installation with several cement board layers with our floating mounts.

This article shows the laboratory tests results for different suspended ceiling installations in timber joist ceiling structures.

The impact noise level requirement of 46dB was not being fulfilled with the existing installation.

Demonstration videos comparing the audible noise in a hotel room, with Timber joist structure, which has a very noisy nightclub just above.

Akustik+Sylomer® acoustic hangers provide an extraordinary performance on wooden structures.

Scientific Papers

Study on vibroacoustic characterization of a 3-storey CLT building using Kij indices and AMC decoupling systems