STONE VENEER

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: 

End-of-life

Recyclable: 
Biodegradable: 
Compostable: 

Tag: 
Consilience

Ultra thin and durable sheets of real slate applied to rigid and flexible substrates in polyester or glass fibers that can be laminated to MDF or alveolar panels, or applied directly to walls and other flat and curved surfaces. Here the boundaries between tradition and innovation are blurring like those between industrial sectors: slate, a stone that has always been used in massive form for wall coverings or rigid products, becomes flexible and adaptable to any surface, stimulating the creativity of many designers who give life to new solutions in furnishing, automotive, naval, visual merchandising and exhibition set-up.

  
Azienda: 
RICHTER FURNIERTECHNIK GMBH&CO
  
Contatti: 

(Richter Italia) Via Cassina 30 - 6821 Rovio (CH) Italy

tel. 0041 916494848

mail. office@richter-italia.com

Gallery

Campione esposto presso MaterialDesignPoint
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