Lindner Plus Acoustic Textile
Acoustic Element With Textile Surface For Fully Glazed Partitions
Listed by applicability
Applications
Recreation and Culture: Banks, Cinemas and Theatres, Concert Halls, Museums, Places of Assembly, Shopping Centres, Stadiums, Sales Areas
Workplace: Assembly Rooms, Broadcasting Rooms, Television Studios, Common Rooms, Facilities for Meetings, Conventions and Conferences, Offices, Stage and Studio Rooms, Data Centres, Utility Rooms
Education: Library Rooms, School, School of Higher Education, Research Rooms
Public Areas: Entrance Areas, Escape Routes
Public Institutions: Court Houses, Government Buildings
Transport: Airports, Train Stations
Hotels and Gastronomy: Hotels and Resorts
Cruise Liner and Ship Fit-out
Residential
Requirements
Design: Fabric, Perforation
Hygiene: Cleanable by vacuuming, Wipeable
Statics: Seismic Safety, Structural Stability
Acoustics: Room Acoustics
Corrosion Protection: Interiors
Sustainability: Environmental Product Declaration
Fire Protection: Fire Behaviour / Building Material Class
Product description
Large and noisy rooms make acoustic optimisation indispensable: Thanks to the acoustic element Lindner Plus Acoustic Textile, this succeeds very easily. The textile surface of the sound absorber not only improves your room acoustics significantly, it also adds an aesthetic touch – various collections of colours and fabrics offer countless design options and turns your fully glazed partition wall or existing wall into a visual highlight.
- combination with Lindner Life Pure 620 and Lindner Life Nature possible
- increased productivity and concentration thanks to pleasant acoustics
- wide range of textiles and fabrics for individual partition wall design
Diverse Application Areas
Lindner Plus Acoustic Textile is suitable for all interiors where acoustics need optimizing: particularly in work spaces, especially in open space offices or conference rooms, as well as in educational, leisure and cultural areas, for example in schools, cinemas, theatres and concert halls.
Clear Words
Optimum speech intelligibility is achieved due to individually adapted reverberation times and high sound absorption values of up to αW = 1.0.
