Insulation, insulating concrete (cellular, reinforced ...)


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This article is part of a general article on the heat transfer coefficients.

More:
- Habitat isolation Forum
- Folder comparison on natural and ecological insulation

Lambda given in W / mK

Bauge 1.1
Fines concrete 1.35
Concrete clay cavernous expensée 0.33
Aerated concrete bonded mass flight. 400 0.16
Aerated concrete bonded mass flight. 450 0.17
Aerated concrete bonded mass flight. 500 0.18
Aerated concrete bonded mass flight. 550 0.20
Aerated concrete bonded mass flight. 600 0.22
Aerated concrete bonded mass flight. 650 0.24
Aerated concrete bonded mass flight. 700 0.26
Aerated concrete bonded mass flight. 750 0.28
Aerated concrete bonded mass flight. 800 0.30
Aerated concrete masonry mass flight. 400 0.20
Aerated concrete masonry mass flight. 450 0.21
Aerated concrete masonry mass flight. 500 0.22
Aerated concrete masonry mass flight. 550 0.24
Aerated concrete masonry mass flight. 600 0.25
Aerated concrete masonry mass flight. 650 0.27
Aerated concrete masonry mass flight. 700 0.30
Aerated concrete masonry mass flight. 750 0.31
Aerated concrete masonry mass flight. 800 0.33
Concrete 0.35 ashes
Concrete wood chips 0.16
pumice concrete 0.46
Concrete pozzolan 0.52
stabilized earth concrete 1.10
Vermiculite concrete 0.31
Vermiculite concrete (precast. Factory) 0.19
Concrete fibragglo (plate) 350 concrete fibragglo (plate) 450 concrete fibragglo (plate) p Concrete full 2.00
Solid concrete (granulated slag) 0.80
Solid concrete reinforced 2.40
Solid concrete expanded clay 0.33
adobe 1.10


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