Table 7.

The main partition structure of a hemp–lime composite building.

No	External Wall	d (m)	λ (W/m∙K)	R (m2K/W)
	External partition
1	Clay	0.015	0.850	0.018
2	Concentrated hempcrete	0.400	0.046	8.696
3	Wattle mat	0.010	0.070	0.143
4	Clay	0.015	0.850	0.018
-	Internal partition	-	-	UC = $0.11 \frac{\mathrm{W}}{{\mathrm{m}}^2\mathrm{K}}$
No	Inside Ceiling	d (m)	λ (W/m∙K)	R (m2K/W)
	Inside partition
1	Oak fibers lengthwise	0.030	0.400	0.075
2	Pine and spruce fibers crosswise	0.025	0.160	0.156
3	Concentrated hempcrete	0.200	0.046	4.348
4	Pine and spruce fibers crosswise	0.025	0.160	0.156
-	Outside partition	-	-	UC = $0.20\frac{\mathrm{W}}{{\mathrm{m}}^2\mathrm{K}}$
No	Ground Floor	d (m)	λ (W/m∙K)	R (m2K/W)
	Outside partition
1	Granulated blast furnace slag, Keramzyt 700	0.300	0.200	1.500
2	Concentrated hempcrete	0.150	0.046	3.261
3	Sand-lime plaster	0.080	0.800	0.100
4	Oak fibers lengthwise	0.025	0.400	0.063
	Inside partition			UC = $0.20\frac{\mathrm{W}}{{\mathrm{m}}^2\mathrm{K}}$
No	Roof	d (m)	λ (W/m∙K)	R (m2K/W)
	Outside partition
1	Wattle slabs	0.350	0.070	5.000
2	Pine and spruce fibers crosswise	0.025	0.160	0.156
3	Hempcrete	0.150	0.044	3.409
4	Pine and spruce fibers crosswise	0.025	0.160	0.156
5	Straw slabs	0.010	0.080	0.125
6	Clay	0.030	0.850	0.035
-	Inside partition	-	-	UC = $0.11\frac{\mathrm{W}}{{\mathrm{m}}^2\mathrm{K}}$