How does it work?
BAUTER® creates a thermal shield that reflects heat and radiation. This shield is created by vacuum microspheres adapted to the dimensions of the wavelengths of thermal radiation, that work like a maze of mirrors.
As the radiation beam tries to pass through, it is reflected several times and redirected backwards, with almost no energy absorption. It thus has the highest TSR (Total Solar Reflectance) on the market, reflecting 93% of thermal energy.
Even in direct contact with other materials, the vacuum inside the microspheres also prevents conduction.
All traditional thermal insulation materials (expanded polystyrene, mineral wool or foams) create thermal resistance. This resistance only slows down the passage of energy, which will eventually pass through, while making it impossible for the wall to breathe.
With BAUTER® technology, this energy is rejected by the reflection and vacuum of the microspheres. That’s why, with less than 1 millimeter, you get equivalent results to other insulating materials.
The most effective thermal solution
Both on one side and on the other.
The only product on the market that meets the most stringent industry and construction requirements.
On the one side, it isolates more
on the other saves space
Thermal transmission coefficient (U)
For a U of less than 0.35
Performance Comparison | No Insulation | With 6cm of EPS | With 0.5 BAUTER® |
---|---|---|---|
20cm brick |
1,390 |
0,430 |
0,156 |
Double wall with air gap 28cm |
1,098 |
0,400 |
0,151 |
Thermal Brick 24cm |
0,790 |
0,350 |
0,143 |
Concrete wall 20cm |
3,330 |
0,520 |
0,167 |
* Minimum energy performance requirements applicable to the opaque envelope of residential buildings in mainland Portugal, u max. [W/(m2 .0C)] climate zone i3 – according to decree no. 138-i/2021 of July 1st.
- Guaranteed economy and comfort
- Complies with all energy regulations
- Without losing space (m2) and without construction works
-
+ Effective
-
+ Practical
-
+ Economic
-
+ Guarantee
On one side, it’s more.
On the other, it’s better.