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MaDe Participant
Name

Katja Lonzeck

Material
Living Matter
Nationality
German
Classification
Vegetable
Workshop
Milan
Category
Industry
Profile

Katja Lonzeck is a designer based in Kassel, Germany, where she studies Product Design at the art academy. Her design focus is on material research and development, partially evolving to products with an artistic touch.Lateley she focuses on sustainable biological matter based on fungi and bacteria and examines how we could try to replace limited resources with these sustainable alternatives.

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Project Information
Material Qualities
Color: yellowish translucent body, dark brown fungi rhizoma
Soft / hard: slightly flexible
Shiny / matt: satin matt
Smells: subtile vinegary smell
Texture: slightly textured face, even back
Material Recipe
bioplastics: corn starch, pork gelatine, glycerine, vinegar
fibre: cultivated fungi rhizoma
Material Application
The resulting material defines an innovative enthrallingly aesthetics between a wild organic biological appeal and on the other hand of a man made artifact.
As the technique and outcome of the developed material are still relatively speculative the resulting material could be used just for its aesthetic motive.
Practical possible applications could make use of the fact that its produced as a flat material that warps just as its drying (flat pack shipping, the form occures when it dries amongst the consumers).
Its translucent feature predestines the material for applications in the light sector, for example as a lampshade.
Material Narrative
The resulting material samples are a visual prototype for a completely new approach of creating material.
I have been working with the rhizoma of a specific fungi species that usually can be found between bark and wood of fungi infested trunks.
In my conception the final material will be created by the cultivation of fungi that will grow its rhizoma in a controlled way directly into the flat bioplastics base that will also function as its nutrient medium.
After drying the material sheet the occuring deformation will bend in a specific direction according to the pattern of the initially grown rhizoma.
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MaDe, a project co-funded by the Creative Europe Programme of The European Union, aims at boosting talents towards circular economies across Europe partnering with design and cultural institutions, Elisava, Ma-tt-er and Politecnico di Milano. If you are living in Italy, the UK or Spain please apply to the MaDe workshops in the relevant cities.

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