Sound absorbent materials are almost always soft and fragile. However, Soundblox acoustic concrete masonry blocks are specially constructed to optimize the acoustic climate in a room, wherever stability, impact resistance and robustness are as important as (room) acoustics. With Soundblox the solution for both acoustics (sound absorption and sound insulation) and fire resistance can be combined in one stable wall construction!
Soundblox are sound-absorbing acoustic concrete masonry blocks specifically designed for acoustic climate control in any room, both in indoor and outdoor applications. By using concrete, these blocks also enable good sound insulation and have excellent fire resistance. In addition, excellent compressive strength ensures stable wall construction. This means that Soundblox meets a variety of construction challenges.
Soundblox are gladly used in sports and gymnasiums where they are very successful due to their high performance in the low frequencies (ball sounds). They are also used in factories, along highways, parking garages, transformer rooms and hangars. Its good sound insulation and fire resistance also make it a suitable solution for water pump insulation.
Soundblox are also excellent for use in areas with extreme temperatures or humid conditions (think swimming pools) or where aggressive materials are handled.
In the construction world we are currently facing a lot of challenges, especially due to scarcity and price increases of available building materials. And then there is sustainability. Many materials come from faraway places, compromising delivery times and placing a great burden on the environment.
A solution, both literally and figuratively cast in concrete, can help meet these challenges. After all, concrete, like the raw materials for it, is produced within driving distance, ensuring supply. So people are right to return to the more traditional familiar building materials such as the always available concrete, which not only proves itself as a stable solution in uncertain times but also proves to be more versatile than is often thought.