acoustical element SILENTIUM (SMOOTH) FOR BIRO40 / 10CM / 75CM round, grey

Effective Room Acoustics with the SILENTIUM Acoustic Element

The SILENTIUM acoustic element from Brumberg is specially designed for the LED pendant ring light BIRO40 with a diameter of 75 cm and a height of 10 cm. This round insert element with a diameter of 60 cm significantly improves room acoustics by absorbing disruptive noises and reverberation. This optimizes speech intelligibility during conversations and presentations, which is especially beneficial in work and meeting rooms.

Improved Concentration and Well-being

The acoustic optimization provided by the SILENTIUM panel contributes to increased concentration and performance. Fewer distracting noises create a more pleasant atmosphere that promotes well-being. Thus, the product supports not only the acoustic quality of the room but also the productivity of the people.

High-Quality Materials and Sustainable Production

The SILENTIUM acoustic element is made of approximately 80% recycled PET plastic, ensuring environmentally friendly and sustainable manufacturing. The smooth surface provides an attractive appearance and is easy to maintain. Additionally, the product meets high fire protection standards (Class B - s1, d0), offering extra safety.

Technical Details for Optimal Sound Absorption

With a sound insulation value (aw) of 0.70 (MH) and an NRC rating of 0.85, the SILENTIUM element impresses with effective sound absorption. This means that a large portion of the sound energy is absorbed by the material, resulting in a significantly reduced reverberation time. Thus, room acoustics are noticeably improved without requiring technical expertise.

Versatile Options and Easy Integration

The acoustic element is available in various colors, allowing it to visually blend well with different environments. It is compatible with the LED pendant ring light BIRO40 and can be easily integrated. Additionally, Brumberg offers further acoustic elements as accessories to optimally meet individual acoustic requirements.