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Chart partition wall system
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This product is discontinued and no longer available. For maintenance information or further details, please
About this product
Architonic ID: 1513512
SKU: 1240
Year of Launch: 2018
Chart by RelvãoKellermann (Ana Relvão and Gerhardt Kellermann) is a partition wall system that can be approached from both sides and consists of two rectangles which stabilise themselves by a fixed distance between the walls. There are currently four different screens that each offer new functions: as a worktable, a shelf, a coat rack with integrated LED lighting or a simple storage area. With its fabric surfaces, Chart ensures good acoustics. The room divider is a modern networker and team player, similar to the way the Portuguese-German designer pair describe themselves: “We see ourselves always as part of a group. Industrial design is just one of the disciplines involved in the creation of a product.”
Specifications
Material
Textile
Design files
3
Distributors
Designers
RELVĀOKELLERMANN
Germany
Founded in Munich in 2014, Relvãokellermann works in the field of industrial design as well as exhibition. On behalf of furniture manufacturer COR, Relvãokellermann designed the separation and storage element "Chart" for the experimental sublabel "COR Lab". Since 2017 Ana Relvão and Gerhardt Kellermann are Art Directors of the office furniture manufacturer Gumpo, for whom they developed the "Normcore" collection. Other clients include Auerberg, Gaggenau, Griffwerk, Holzrausch, Huawei, L&Z Elements, Schönbuch, Stylepark and Util. Relvãokellermann have been awarded the iF Award, the Wallpaper Design Award, the A' Design Award in Silver, the Stylepark Selected Award and the Core77 Design Award. For us, the starting point of our work is the function of the object to be designed. We consistently avoid decoration. The shape of a particular object has to result from its construction and its handling. We are passionate about permanent progress and believe that it is the designer's task to apply what is technically feasible and to think ahead to what is technically desirable. Our goal is to find solutions that make an object more efficient, more sustainable, more versatile and more durable.
