ANURA

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Physical properties

General

Heavy:

Stiff:

Hard:

Light:

Flexible:

Soft:

Structure

Solid:

Homogeneous:

Geometric:

Porous:

Heterogeneous:

Organic:

Texture

Smooth:

Uniform:

Dense:

Coarse:

Variable:

Sparse:

Performance

Mechanics

High Resistance:

Fragile:

High Scratch R:

Low Resistance:

Ductile:

Low Scratch R:

Physical

High Fire R:

High UV R:

High Wather R:

Low Fire R:

Low UV R:

Low Wather R:

Conductive

Thermal conduction:

Electrical conduction:

Chemical conduction:

Thermal insulation:

Electrical insulation:

Chemical insulation:

Sensoriality

Sight

Glossy:

Opaque:

Reflective:

Matte:

Translucent:

Non-reflective:

Touch

Waxy:

Cold:

Hard:

Rough:

Warm:

Soft:

Smell

Slight:

Sweet:

Pleasant:

Intense:

Acid:

Unpleasant:

Hear

Bright:

Silent:

Sound-absorbent:

Dull:

Noisy:

Sound-reflective:

Taste

Inedible:

Slight:

Sweet:

Edible:

Intense:

Salty:

Sustainability

Origin

Bioplastic

End-of-life

Biodegradable

Biophilia

Anura is a collection of ornamental and transdermal patches designed to be self-made directly by the consumer with a 3D printer. The developed material consists of biological, printable, biocompatible, biodegradable hydrogels containing beneficial active ingredients that are released when the patch is in contact with the skin. After an average use of 8/16 hours, they can be disposed of as normal organic waste, or reused if soaked with water and other beneficial ingredients. In this way, no waste is produced and the final product can be customized according to the user's tastes and the cutaneous problems to be treated.

GIULIANA CALIFANO

with D.R.E.A.M. Academy & IPCB(CNR) di Pozzuoli

tel. 0039 392 2847234

mail. giuliana.califano@gmail.com

GALLERIA

Language English