ECOALLENE

Polimeri

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: 
Recycled
Renewable: 
Bioplastic: 

End-of-life

Recyclable: 
Recyclable
Biodegradable: 
Compostable: 

Tag: 
Technocycle

EcoAllene® is a printable and extrudable plastic obtained from the recovery and recycling of the plastic and metal fractions that make up the multilayer packaging for food and beverages. Specifically, the manufacturing company has developed and patented a process for the fusion of scraps and waste deriving from polylaminates in polyethylene (LDPE) and aluminum, the "tetrapak", generating a third, such as to be inserted into circular economy processes. The material has properties equal to first choice polymers, it is in turn 100% recyclable, it is easy to color and customize, and starting from its granular form it is workable like common thermoplastic polymers.

  
Azienda: 
ECOPLASTEAM SPA
  
Contatti: 

Corso Galileo Ferraris 110 - 10129 Torino (TO) Italy

tel. 0039 011 0209630

mail. info@ecoplasteam.com

Gallery

Campione esposto presso MaterialDesignPoint
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