Compositi
Naturali
General
Heavy:
Stiff:
Hard:
Light:
Flexible:
Soft:
Structure
Solid:
Homogeneous:
Geometric:
Porous:
Heterogeneous:
Organic:
Texture
Smooth:
Uniform:
Dense:
Coarse:
Variable:
Sparse:
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:
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:
Origin
Recycled:
Renewable:
Bioplastic:
Bioplastic
End-of-life
Recyclable:
Biodegradable:
Biodegradable
Compostable:
Tag:
Biocycle
FluidSolids® biocomposites are a sustainable alternative to standard petroleum-based plastics. They present very high mechanical properties with minimal environmental impact. They are made through a technology that allows the use of multiple bio-based waste and almost all cellulosic waste, which when mixed with biopolymers, customize the characteristics and aesthetics of the material. Designed for mass production, they can be worked with traditional processes, such as injection molding; extrusion; thermoforming etc.
