Acoustic wall panel systems
Soft Cells Tracks provide an aesthetically pleasing acoustic solution to wall finishes and flexibility with on-site fabricated installation. They fit seamlessly to any design concept due to the versatility of the panels and the wide selection of Kvadrat textiles they are available in. These offer a choice of over 200 colours, where most have been pre-tested for acoustic performance.
On-site assembly and installation
Soft Cells Tracks are built and installed on-site, ensuring they always fit perfectly. This approach provides great flexibility. If required, adjustments can easily be made before installation to suit updated measurements or needs.
Soft Cells Tracks are installed by our team of trained professionals, who can advise on the mounting and necessary substrate for our solutions.
The system is available in three depths:
- 13 mm
- 25 mm
- 50 mm
- Suitable for wall use
- Customisable to any shape
- Flexible and easily adjustable during installation
- Excellent noise reduction
- Resists microbial growth
- Structurally rigid
Soft Cells Tracks is an on-site fabricated acoustical wall system, that stretch textile over semi-rigid acoustic padding to control sound. The design allows for freeform curves, decorative reveals or three- dimensional surfaces.
The Tracks solution comes in two different variations. One with a polymer frame and one with an aluminium frame suited for meeting fire regulations of different markets. Due to the many different possible configurations of Kvadrat Acoustics solutions and varying fire regulations in different markets, the standard coverage can vary for your particular product choice and setting.
Contact our sales team to hear more about Tracks fire performance in your market.
While Soft Cells Tracks is very easy to install on-site due to the traditional Tracks frame, the aluminium Soft Cells Tracks offers an installation in which the frame is even less visible from the front, and its integrated leaf spring keeps the textile tight under varying temperature- and humidity conditions over time.