Thermal Conductivity
λ = 0,045 W/mK
Thanks to the right mix of carefully selected natural raw materials, the product achieves high levels of thermal insulation.
Thermal Diffusivity
0,125 x 10⁻⁶ m²/s
The low diffusivity value (α) indicates a high degree of insulation from heat and therefore greater comfort and savings for summer cooling.
Fire resistant
CLASS A1
Classified in class A1 according to UNI EN ISO 13501-1. No flame generation and no smoke emission.
Breathability
μ = 4
Thanks to the high value of permeability (μ), the humidity of the indoors is perfectly balanced, thus avoiding the formation of moulds and condensation
Porosity
71,64%
The cavities and gaps in the plaster allow moisture and condensation to be absorbed and disposed of.
Density
360 ± 20 kg/m³
Macroporous structure with high air content guarantees excellent performance in terms of insulation and absorption of excess moisture.
Mechanical Strength
1,5 N/mm² // 217.6 lbf/in² (psi) (Bending)
2,95 N/mm² // 427.9 lbf/in² (psi) (Compressive)
High strength, durability and stability over time.
Sustainability certifications
Identifies Diathonite Evolution as a low environmental impact product with a sustainability that involves all phases of its life cycle.
Recognizes that Diathonite Evolution has the ability to contribute to healthier spaces, healthy air, better thermal comfort and energy saving.
Performance certifications
The CE marking identifies Diathonite Evolution as a product complying with European construction standards and the rules governing its distribution and use.
The UKCA marking identifies Diathonite Evolution as a product complying with UK construction standards and the rules governing its distribution and use.
LEED v4 BD+C e ID+C | |
SSc Heat Island Reduction – Option1 | – |
MRc BPDO – EPD Option1 | ✓ |
MRc BPDO Sourcing of Raw Materials – Option 2 |
✓ |
MRc BPDO Material Ingredients – Option 2 |
✓ |
EQc Low – Emitting materials | ✓ |
LEED v4.1 BD+C e ID+C | |
SSc Heat Island Reduction – Option 1 | – |
MRc EPD – Option1 | ✓ |
MRc Sourcing of Raw Materials | ✓ |
MRc Material Ingredients Option 2 | ✓ |
EQc Low – Emitting materials | ✓ |
WELL v2 | |
X01.1 Material Restrictions Restrict Asbestos |
✓ |
X02.1 Interior Hazardous Materials Management Manage Asbestos Hazards |
– |
X01.3 Material Restrictions Restrict Lead |
n.a. |
X05.2 Enhanced Material Restrictions Part 2 Select Compliant Architectural And Interior Product |
✓ |
X06 VOC Restrictions | ✓ |
X08.1 Materials Optimization – Select Materials With Enhanced Chemical Restrictions option 1 | ✓ |
Insulating the building and maintaining the breathability of the wall/ceiling
It helps walls in older buildings dry out thanks to its capillary active nature
- Excellent thermal conductivity
- All-natural ingredients
- Breathable and Capillary active: absorbs and releases moisture and keeping walls dry
- Easy thermal bridge solution
- Euroclass A1 fire resistance
- Quick and easy to apply on different types of substrates
- Safe and eco-friendly
- Can be used internally and externally
Royal Palace of Évora: a revolution of the living comfort
“Architecture means building environment for the people, universities, museums, schools, concert halls: these are all places that become outposts against barbarism.”
Renzo Piano
Unlike dry board systems, Diathonite Evolution is malleable and flexible when being applied.
The magic of materials
These all-natural ingredients are sympathetic to the conservation requirements of listed buildings and will contribute to LEED credits.
Hydraulic Lime
The ancient wisdom of Mediterranean building
Natural fibres
The great circular challenge of reuse
Diatomaceous earths
The hidden treasure of the oceans
Pumice
An original mix of strength and lightness
Silica powder
Inert and ultralight spheres
Perlite
The sustainable lightness of breathability