MOGU

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: 
Renewable
Bioplastic: 

End-of-life

Recyclable: 
Biodegradable: 
Biodegradable
Compostable: 

Tag: 
Bio-synergies
Biocycle
Biophilia

Family of composites for indoor use, consisting of 80% vegetable fibers and 20% mycelium, vegetative state of mushrooms and natural biopolymer, engineered to obtain specific properties and monitored during growth according to strict protocols. Specifically, the mycelium is grown starting from a pre-engineered substrate and made of agro-industrial waste and in a short time and with a scarce use of resources, it grows and covers the substrate acting as a binder and giving particular characteristics such as sound absorption. Finally, the mycelium is stabilized by slow drying and the result is stable, safe, durable and 100% biodegradable products.

  
Azienda: 
MOGU SRL
  
Contatti: 

Via San Francesco 62 - 21020 Inarzo (VA) Italy

tel. 0039 033 21802141

mail. enquire@mogu.bio

Gallery

Campione esposto presso MaterialDesignPoint
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