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Tômtex

Material from chitin and coffee grounds – Tômtex makes leather from seafood waste and used coffee grounds. Seafood shells contain a large amount of chitin, which promotes biodegradability of the material. After preparation, the raw materials are refined with a layer of beeswax. Sealing ensures the water resistance of the material and allows individual surface texture. This allows design patterns such[...]

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MILK MaterialLab Bayonix Stefan Hunger

Biotrem

Wheat Bran Disposable Tableware – Growing up in a family that had already been running a mill for decades, Jerzy Wysocki decided to give the residual product of grain milling, wheat bran, a use. He developed a natural material from the grain shell and a small amount of water, which is suitable for use as disposable tableware by hot[...]

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MILK MaterialLab Biotrem Geschirr aus Weizenkleie MILK-MaterialLab-Biotrem-Geschirr-aus-Weizenkleie-6

The compostable mailer

Mailing bags made from corn starch – The shipping bags from wastebased are made on the basis of corn starch and the natural PLA polymer, are completely of biological origin and therefore also compostable at home. The idea of producing a material that can be dissolved in water within seconds, leaving no environmentally harmful traces, led the British company to produce[...]

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MILK MaterialLab Wasedbased Versandtaschen MILK-MaterialLab-Wasedbased-Versandtaschen-8

Scoby Packaging

Packaging from organic waste – MakeGrowLab’s woven biowaste packaging is made entirely of cellulose, making it free of toxic pollutants, synthetic polylactides and fossil fuels. Scoby is 40 times more durable than paper and is compostable and plastic-free due to its natural ingredients. Thanks to its airtightness and water resistance, Scoby has already been able to encase shampoos, soaps,[...]

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MILK MaterialLab ScobyPackaging MakeGrowLab MILK-MaterialLab-ScobyPackaging-MakeGrowLab-10

Pinepac

Packing from pine needles – Pinepac, the winner of the 2017 International Packaging Contest in the Material category, is a package made of pine needles and resin. To produce them, the plants are crushed and mixed with the organic binder resin. The resulting mixture is then pressed into molds, which consist of salt, flour, sunflower oil and water. Subsequent[...]

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MILK MaterialLab PinePac Lina Petersson Arina Pauli MILK-MaterialLab-PinePac-Lina Petersson-Arina Pauli-4

MarinaTex

Packaging Substance From Fish Waste and Red Algae – Product design student Lucy Huges’ project at the University of Sussex involves developing a novel packaging solution that is sustainable and biodegradable. More than 100 experiments required the material called MarinaTex, which is made from the agar of red algae and the proteins of fish waste. The natural raw materials of the oceans are[...]

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MILK MaterialLab Marinatex Folie MILK-MaterialLab-Marinatex-Folie-2

Highlight Hemp

Luminaires from ecological remains – High Society Studio 5-piece lamp collection is produced exclusively from ecological leftovers. Materials are sourced from regional small businesses and processed using renewable energy. In the process, lights are created from hemp, tobacco, leftovers from viticulture or from hops as well as coffee residues. The Italian products are biodegradable and can easily be returned[...]

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MILK MaterialLab Highsocietystudio Leuchten MILK-MaterialLab-Highsocietystudio-Leuchten-6

KAIKU Living Color

Colors From Food Skins – KAIKU Living Color is a sustainable alternative to conventional petroleum-derived paints. Using food trays from vegetables that have already been eaten offers a chemical- and toxin-free option for coloring materials. For the preparation of living colors are particularly suitable avocados, beet, onions and oranges. These are boiled so that first the juice is obtained[...]

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MILK MaterialLab Kaiku Living Color MILK-MaterialLab-Kaiku-Living-Color-5

Vericool

Sustainable thermal packaging – Since traditional Styrofoam containers are not biodegradable, Vericool® has developed various thermal designs that keep the contents at constant temperatures. The compostable insulation, consisting of renewable and already consumed materials, can be disposed of in the household compost after a long period of use, thus preventing ecological pollution. Vericool® is particularly suitable for transporting[...]

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MILK MaterialLab Vericool Thermopackaging MILK-MaterialLab-Vericool-Thermopackaging-3

Beeswax wipes

Alternative to Aluminium Foil and Cling Film – Driven by the idea of reducing their own need for plastic and disposable bags, the two Berliners Anna and Chelsea started making beeswax cloths. The space-saving and reusable method is lower in CO2 in its production compared to conventional reusable solutions such as jars. To make the beeswax cloths durable and biodegradable, a piece[...]

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MILK MaterialLab Wax Wrap Bienenwachstücher MILK-MaterialLab-Wax-Wrap-Bienenwachstücher-4

Banka

Packing With Shelf Life Indicator – Alexander Cherkasov’s concept aims to preserve the shelf life of, for example, pickles, tomatoes or cabbage, and to alert the consumer to a harmful development of the product by means of a discolored reaction surface. Once the deterioration of the food has occurred, the surface of the bag turns gray and disposal is inevitable.[...]

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MILK MaterialLab banka packaging Alexander Cherkasov

Piñatex

Leather from pineapple scraps – Piñatex® was developed by the British company Ananas Anam, a manufacturer of natural textiles from the by-products of the pineapple harvest. With her development, Dr. Carmen Hijosa not only wanted to give an unappreciated waste a use, but also to generate maximum benefit with the smallest possible ecological footprint. The cradle-to-cradle aspect was a[...]

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MILK MaterialLab Ananas Aman Piñatex Dr. Carmen Hijosa MILK-MaterialLab-Ananas-Aman-Piñatex-Dr.-Carmen-Hijosa-7