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

Effective Improvement of Room Acoustics

The SILENTIUM acoustic element from Brumberg has been specially developed for the LED pendant ring light BIRO40 with a diameter of 75 cm and a height of 10 cm. This insert element supports the improvement of room acoustics by effectively absorbing disturbing noises and reverberation. This significantly enhances acoustic clarity during conversations and presentations, which is particularly advantageous in work environments.

Optimal Sound Absorption for Increased Concentration

With a sound insulation value of aw = 0.70 (MH) and an NRC value of 0.85, the acoustic panel provides a noticeable reduction of sound reflections. These properties promote a pleasant sound environment that enhances concentration and performance. The improved acoustics thus directly contribute to well-being and support productive work.

Sustainable and High-Quality Materials

The acoustic element is made of PET plastic, with approximately 80% of the material consisting of recycled PET. This sustainable production conserves resources and reduces environmental impact. Additionally, the panel features a smooth surface that is not only visually appealing but also easy to clean and maintain.

Safe and Durable Design

The product meets high safety standards and is certified according to fire protection class BS EN 13501.1 with the classification B - s1, d0. Moreover, the acoustic element has an excellent color fastness rating according to ISO 105 B02 with a value of 6-7, ensuring long-lasting color quality. Thus, the element remains attractive and functional over an extended period.

Wide Selection and Easy Integration

The SILENTIUM acoustic element is available in various colors, allowing it to harmoniously blend into different lighting concepts. It is compatible with the LED pendant ring light BIRO40 (Ø 75 cm, 10 cm high) and can be easily retrofitted as an accessory. Additional acoustic elements from Brumberg are also available to optimally meet individual requirements.