Nanimarquina - special design carpets

Frau präsentiert handgewebte Wolldecken in Braun- und Beigetönen aus einem Fenster, hochwertige Wohntextilien für ein gemütliches Zuhause.

High-quality and unusual

The industrial designer Nani Marquina launched her eponymous label in 1987. With her modern carpets, she broke new ground in Spain at that time; there simply was nothing like it. To offer her customers the greatest possible variety, Nanimarquina works with national and international designers.

Hände weben gelben Stoff auf einem Webstuhl. Handgefertigtes Textilprodukt, traditionelle Webkunst.

In flux

Design as a driver

Nanimarquina is convinced that design is the engine of change. The manufacturer not only designs new products, but also consciously creates a connection to the handicraft heritage of the producers.

Handgefertigter roter Teppich: Detailaufnahme zeigt das Zuschneiden der Fransen mit einer Schere. Hochwertige Handarbeit.

For the environment

Focus on sustainability

Nanimarquina designs long-lasting carpets and consciously positions itself against throwaway consumption. The company also actively supports artisans and their families in India and Pakistan.

Handwerker schneidet Fransen an einem handgeknüpften Teppich mit schwarzen und weißen Streifen. Hochwertiger Wollteppich.

With knowledge and tradition

Handicraft with respect

The experienced weavers and craftsmen at Nanimarquina draw on many years of traditional knowledge in the production of their carpets. They are handmade to the highest standards.

Re-rug collection

Reducing the carbon footprint and resource consumption is a long-term goal of Nanimarquina. The company, which has been certified as climate-neutral since 2021, is constantly developing strategies for the circular economy in order to reduce waste and at the same time keep the quality and design of the products at the highest level.

The best example is the Re-Rug collection, for which the collected wool scraps from suppliers are used. For each Re-Rug, 1 kg/m2 of recycled wool is used, which directly contributes to the reduction of "unmanaged waste" and reduces CO2 emissions as no new material needs to be produced.