acoustic surface luminaire

Innovative Acoustic Surface-Mounted Light by Wever & Ducré

The TAPIS SOFT WALL SURF 4.0 LED 3000K IF 9W 220-240VAC DIM CRI90 from Wever & Ducré is a modern acoustic surface-mounted light that perfectly combines functionality and design. This luminaire is specially developed not only to provide pleasant lighting but also to improve room acoustics. Thanks to its high-quality workmanship and appealing design, the light harmoniously integrates into any environment.

High-Quality LED Technology for Warm White Light

The luminaire is equipped with an efficient LED that produces warm white light at 3000 Kelvin. This light creates a pleasant and relaxed atmosphere. With a power consumption of 9 watts, the LED is especially energy-saving and durable. As a result, the TAPIS SOFT WALL SURF 4.0 offers a sustainable lighting solution that benefits both the environment and your wallet.

Dimmable Light Control and High Color Rendering

Another highlight of this acoustic surface-mounted light is the dimming function, which allows flexible adjustment of light intensity. The light can be set brighter or dimmer as needed to create different moods. Additionally, the luminaire impresses with a color rendering index (CRI) of 90, meaning colors are displayed especially naturally and vividly.

Easy Installation and Versatile Applications

The TAPIS SOFT WALL SURF 4.0 is designed for 220-240 volt alternating current and can be installed easily. Its compact design allows for simple mounting on various wall surfaces. By combining lighting and acoustic functionality, it is ideal for rooms where both illumination and sound absorption are important.

Quality and Design by Wever & Ducré

As a product from the renowned brand Wever & Ducré, the TAPIS SOFT WALL SURF 4.0 stands for the highest quality and modern design. The luminaire impresses with its durable materials and precise workmanship. With its stylish appearance, it complements any interior while simultaneously providing pleasant room acoustics and lighting quality.