Abstracta Scala Wall Panel
Scala Wall Panel
SCALA WALL PANEL
Designed by Anya Sebton
Scala sound absorbing panels – a playful paraphrase on corrugated iron that simultaneously employs the functionality of the shape. ”The inspiration comes from the many houses in Iceland, where not only the roofs, but the facades too, are covered by corrugated iron.
It gave birth to the idea of bringing it into the space”, explains award-winning designer Anya Sebton. The design of this sound absorbing panel is not only developed for visual reasons, but primarily to contribute to a softer soundscape.
DESIGNER
ANYA SEBTON
Anya Sebton is an award-winning designer and interior designer with commissions from leading Scandinavian producers including Lammhults, Asplund and Abstracta.
Her works are found in airports, embassies and museums around the world.
A simple graphic style and solution-oriented approach have made her a highly acclaimed designer.
Clearly reflected in her work as an interior designer is a well-developed sense of a space’s possibilities and limitations. With Anya Sebton, form always closely interacts with function. This is evident in her Scala screen concept, which she designed for Abstracta.
Its design language is inspired by corrugated iron – a form which not only gives the screens their distinct visual identity, but which was developed primarily with soundscapes in mind, as the wave-shaped screens effectively attenuate sound waves.
INFORMATION
BRAND
Abstracta
PRODUCT TYPE
Wall Panel
USING
The panels are installed discreetly on a wall using invisible metal fittings in the rear of the panel (included).
DESIGNER
Anya Sebton
PRODUCTION
Made in Sweden
SCALA WALL (WXH MM)
- 1207×1600 mm
- 1600×1207 mm
- 1207×2300 mm
- 2300×1207 mm
MATERIAL
The sound absorbing raw material is made from polyester containing recycled PET bottles.
USE
Indoor
COLLECTION
Scala
CLASSIFIED
You can either choose have the panels upholstered or not. When no upholstery is added, called "Soundfelt VF", the panels are Fire Classified (Result B-s1,d0) according to test standard EN-13501.
