I.LIGHT

Compositi
Inerti

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: 

End-of-life

Recyclable: 
Biodegradable: 
Compostable: 

Tag: 
Eloquence

i.light® is a precast concrete panel capable of transmitting light. Made by combining an innovative cementitious matrix with special resins, it allows not only to transmit light, natural or artificial, but also allows you to see what lies beyond the artifact, creating a particular translucent effect. Initially born to meet the needs of the architect and designer of the Italian Pavilion at the Shanghai Expo in 2010, the material is now marketed in different variants, which differ in the pattern created on the surface by combining concrete parts and resin modules of different shapes.

  
Azienda: 
ITALCEMENTI SPA
  
Contatti: 

i.lab (kilometro Rosso)

Via Stezzano 87 - 24126 Bergamo (BG) Italy

tel. 0039 035 396111 

mail. info@italcementi.legalmail.it

Gallery

Campione esposto presso MaterialDesignPoint
Campione esposto presso MaterialDesignPoint
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