Category

Rivestimenti

Physical properties

General
Heavy: 
0
Stiff: 
0
Hard: 
0
Light: 
3
Flexible: 
3
Soft: 
0
Structure
Solid: 
0
Homogeneous: 
0
Geometric: 
0
Porous: 
1.02
Heterogeneous: 
1.02
Organic: 
0
Texture
Smooth: 
0
Uniform: 
2.01
Dense: 
2.01
Coarse: 
1.02
Variable: 
0
Sparse: 
0

Performance

Mechanics
High Resistance: 
2.01
Fragile: 
2.01
High Scratch R: 
2.01
Low Resistance: 
0
Ductile: 
0
Low Scratch R: 
0
Physical
High Fire R: 
2.01
High UV R: 
2.01
High Wather R: 
2.01
Low Fire R: 
0
Low UV R: 
0
Low Wather R: 
0
Conductive
Thermal conduction: 
0
Electrical conduction: 
0
Chemical conduction: 
0
Thermal insulation: 
3
Electrical insulation: 
2.01
Chemical insulation: 
2.01

Sensoriality

Sight
Glossy: 
0
Opaque: 
2.01
Reflective: 
1.02
Matte: 
2.01
Translucent: 
0
Non-reflective: 
0
Touch
Waxy: 
0
Cold: 
0
Hard: 
0
Rough: 
1.02
Warm: 
2.01
Soft: 
1.02
Smell
Slight: 
3
Sweet: 
0
Pleasant: 
0
Intense: 
0
Acid: 
0
Unpleasant: 
0
Hear
Bright: 
0
Silent: 
3
Sound-absorbent: 
0
Dull: 
0
Noisy: 
0
Sound-reflective: 
0
Taste
Inedible: 
3
Slight: 
0
Sweet: 
0
Edible: 
0
Intense: 
0
Salty: 
0

Sustainability

Origin
Recycled
End-of-life

AIRLITE

Biophilia
Ecoactive
Technocycle

Produced starting from 40% of raw materials obtained from recycled materials and with the use of renewable energy, Airlite is a paint that contains titanium dioxide capable of being activated in contact with light (natural and artificial) and transforming pollutants present in the air by photocatalysis - such as nitrogen and sulfur oxides, benzene, formaldehyde and carbon monoxide - in salt molecules. This feature allows to reduce external pollution but also to improve internal microclimates, purifying the air and eliminating mold, bacteria, odors and dirt from the walls. With a high solar reflectance index, Airlite is able to freshen up the environments.

AM TECHNOLOGY SRL

Via Galvani, 24 - 20124 Milano (MI), Italy

tel. 0039 02 87020666

mail. mbernardoni@airlite.com

GALLERIA

Campione esposto presso MaterialDesignPoint
English

© Università degli Studi di Roma "La Sapienza" - Piazzale Aldo Moro 5, 00185 Roma