acoustical element SILENTIUM (SMOOTH) FOR DEVON / 3.5CM / 80CM round, light grey

Effective Improvement of Room Acoustics

The SILENTIUM acoustic element from Brumberg has been specially developed for the LED pendant ring light DEVON with a diameter of 80 cm and a height of 3.5 cm. It serves as an insert element that significantly improves room acoustics. By targeted absorption of disturbing noises and reverberation, the product ensures better acoustic intelligibility during conversations and presentations.

High-Quality Materials and Sustainable Manufacturing

Made from PET plastic, which consists of approximately 80% recycled material, the acoustic element combines environmental awareness with functionality. The smooth surface of the panel not only provides an appealing design but also facilitates cleaning and maintenance. Sustainable production underlines the environmentally friendly orientation of the manufacturer Brumberg.

Technical Features for Optimal Sound Absorption

With a sound insulation value (aw) of 0.70 and an NRC value of 0.85, the SILENTIUM acoustic element offers excellent sound absorption. These values demonstrate that the product effectively absorbs sound waves, thereby reducing reverberation in the room. The fire protection class B - s1, d0 according to BS EN 13501.1 also guarantees high safety in case of fire.

Design and Compatibility

The round and smooth acoustic element has a diameter of 72 cm and a height of 2.4 cm and is specially designed for integration into the LED pendant ring light DEVON. It is available in various colors and can be easily combined with compatible luminaires from Brumberg. The color fastness test according to ISO 105 B02 confirms long-lasting color quality with a rating of 6-7.

Versatile Applications and Accessories

The SILENTIUM acoustic element is part of a comprehensive range of room sound elements and offers flexible application options to improve concentration, performance, and well-being. The appropriate accessories, including the associated luminaires, are available separately, allowing individual solutions to be realized for different requirements.