The burning issue of acoustics

Combine excellent fire safety with pleasant room acoustics

Imagine if you could integrate the solution for sound control (sound absorption and insulation), stability and fire resistance in one stable wall construction, without having to make concessions to the aesthetic design? And what if this solution is suitable for both exterior and interior applications and is also fully sustainable, 100% circular and cement-free? Soundblox makes this possible.

Carbstone acoustic blocks, like the well-known traditional concrete variant, are designed to optimize room acoustics. However, Soundblox also provides good sound insulation as well as excellent fire resistance. In addition, the excellent compressive strength ensures a stable wall construction. With Soundblox, the solution for controlling room acoustics (both sound absorption and sound insulation), robustness and fire safety can be combined in one wall.

Soundblox Carbstone: circular, cement-free and CO2-negative

For any project where sustainability is as important as good room acoustics, Soundblox are now also available in a carbonized version as a cement-free alternative to the traditional concrete variant. Since cement is responsible for as much as 10% of global CO2 emissions, this represents a revolutionary breakthrough when it comes to sustainability and CO2 reduction. 

These blocks have virtually the same properties and advantages of conventional concrete, such as excellent compressive strength, density and stability, but without the ecological drawbacks. Soundblox Carbstone still absorbs CO2 even after installation, making this solution especially attractive in areas where trucks and cars drive through. Soundblox are also very suitable for application in areas with extreme humidity or temperatures, such as swimming pools. In addition, Soundblox are also used in tunnels, warehouses, (underground) parking garages, viaducts and tunnels, hangers, etc. A truly versatile power block, therefore, that meets various challenges in construction.