Project name: straw bale show-house Ebergassing
building overall
| GFA: | 355 m² | lc: | 1,61 m | catalog of LCA indicators: | IBO benchmarks 2012 | useful life considered: | no | calculation for: | new building |
|
A
B
C
D
E
F
G
40
140
OI3BG0 BGF
37
* Taking the production phase into account (A1-A3).
test- and educational-version. not for commercial use!
|
|
Bauteile
|
ΔOI3
|
|
PENRT
kWh
|
GWP-total
kg CO2 equ.
|
AP
kg SO2 equ.
|
quantity |
building element |
BG0, GFA |
per m² |
|
per m² GFA |
208,00 m² |
AW01 outer wall straw bales with reinforcing steel |
6 |
10 |
|
45 |
-57,7 |
0,076 |
99,20 m² |
AW02 outer wall timber frame |
8 |
30 |
|
47 |
-24,2 |
0,051 |
8,10 m² |
AW03 thermal insulation |
2 |
80 |
|
7 |
1,8 |
0,005 |
181,40 m² |
EB01 ground floor in contact with ground |
66 |
129 |
|
243 |
71,5 |
0,186 |
13,97 m² |
FD01 outer ceiling terrace |
3 |
77 |
|
13 |
-3,0 |
0,015 |
173,00 m² |
FD02 flat roof, ventilated |
9 |
19 |
|
62 |
-46,8 |
0,072 |
14,52 m² |
FE01 window |
3 |
76 |
|
8 |
1,3 |
0,014 |
6,44 m² |
FE02 window |
1 |
82 |
|
4 |
0,5 |
0,007 |
7,14 m² |
FE03 window |
2 |
81 |
|
5 |
0,6 |
0,007 |
7,76 m² |
FE04 window |
2 |
80 |
|
5 |
0,6 |
0,008 |
7,70 m² |
FE05 window |
2 |
81 |
|
5 |
0,6 |
0,008 |
5,00 m² |
FE06 window |
1 |
83 |
|
3 |
0,4 |
0,005 |
3,36 m² |
FE07 window |
1 |
87 |
|
3 |
0,2 |
0,004 |
6,58 m² |
FE08 window |
2 |
81 |
|
4 |
0,5 |
0,007 |
2,82 m² |
FE09 window |
1 |
83 |
|
2 |
0,2 |
0,003 |
29,40 m² |
Inner door |
0 |
0 |
|
0 |
0,0 |
0,000 |
173,00 m² |
ZD01 intermediate ceiling |
25 |
52 |
|
121 |
-41,0 |
0,131 |
947,38 m² |
sum |
|
578 |
-94,4 |
0,600 |
test- and educational-version. not for commercial use!
graphic details of solid and transparent building elements
AW01 outer wall straw bales with reinforcing steel
(30358, BG0)
|
ΣΔOI3: |
10 points/m² |
mass: |
184,3 kg/m² |
PENRT: |
277 MJ/m² |
GWP-total: |
-98,4 kg CO2 equ./m² |
AP: |
0,129 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer (from inside to outside) |
d cm |
ΔOI3 pts/m² |
1 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
2,00 |
4 |
2 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
2,00 |
4 |
3 |
straw (Building straw bales (109 kg/m³)) |
85,00 |
-6 |
4 |
reinforcing steel, 208 running metres x 10mm diameter (Reinforcing steel) |
0,01 |
1 |
5 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
1,50 |
3 |
6 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
1,50 |
3 |
| building element | 92,01 |
¹ U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946. |
AW02 outer wall timber frame
(30358, BG0)
|
ΣΔOI3: |
30 points/m² |
mass: |
162,4 kg/m² |
PENRT: |
606 MJ/m² |
GWP-total: |
-86,6 kg CO2 equ./m² |
AP: |
0,183 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer (from inside to outside) |
d cm |
ΔOI3 pts/m² |
1 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
2,00 |
4 |
2 |
wood-fibre insulation board (Synthesa Inthermo HFD-Holzfaserdämmplatte) |
6,00 |
13 |
3 |
OSB board (OSB boards (650 kg/m³)) |
2,00 |
5 |
4 |
timber, interspersed with straw |
36,00 |
|
|
56,5 cm (90%) Building straw bales (109 kg/m³) |
36,00 |
-2 |
|
6 cm (10%) Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried |
36,00 |
-1 |
5 |
Wood wool panel WW, magnesite-bonded (Wood wool panel WW, magnesite-bonded (350 kg/m³)) |
5,00 |
4 |
6 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
1,50 |
3 |
7 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
1,50 |
3 |
| building element | 54,00 |
¹ U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946. |
AW03 thermal insulation
(30358, BG0)
|
ΣΔOI3: |
80 points/m² |
mass: |
329,3 kg/m² |
PENRT: |
1.286 MJ/m² |
GWP-total: |
82,9 kg CO2 equ./m² |
AP: |
0,268 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer (from inside to outside) |
d cm |
ΔOI3 pts/m² |
1 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
2,00 |
4 |
2 |
lime plaster (One-layer plastering mortar for external OC lime (1300 kg/m³)) |
2,00 |
4 |
3 |
Aerated concrete 400kg (Aerated concrete (375 kg/m³)) |
70,00 |
58 |
4 |
Polymer bitumen sealing sheeting |
0,50 |
¹ 12 |
5 |
extruded polystyrene CO2 foamed (Sto-Polystyrol-Hartschaumplatte PS15SE 040) |
10,00 |
9 |
6 |
adhesive filler (Baumit KlebeSpachtel) |
0,30 |
1 |
7 |
silicate plaster (Silicate plaster with synthetic resin additive) |
0,20 |
3 |
| building element | 85,00 |
¹ layer is OI-relevant from BG1 ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946. |
EB01 ground floor in contact with ground
(30358, BG0)
|
ΣΔOI3: |
129 points/m² |
mass: |
813,2 kg/m² |
PENRT: |
2.260 MJ/m² |
GWP-total: |
152 kg CO2 equ./m² |
AP: |
0,461 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer |
d cm |
ΔOI3 pts/m² |
1 |
Solid parquet |
1,00 |
¹ 10 |
2 |
Adhesive - artificial resin |
0,50 |
¹ 10 |
3 |
screed concrete (RÖFIX 970 Zementestrich) |
6,50 |
12 |
4 |
Polyethylene (PE) vapour brake (Polyethylene (PE) vapour brake) |
0,04 |
¹ 1 |
5 |
expanded polystyrene (EPS)-W20 (Bachl EPS W-20) |
20,00 |
23 |
6 |
expanded polystyrene granulate cement bonded (EPS-(RECYCLING) Granulate levelling fillers with binders or cement-bonded (150 kg/m³)) |
4,00 |
4 |
7 |
Polymer bitumen sealing sheeting (Polymer bitumen sealing sheeting) |
0,50 |
¹ 12 |
8 |
reinforced concrete (Waterproof concrete with 80 kg/m³ reinforcing steel (1 vol. %)) |
28,00 |
68 |
9 |
extruded polystyrene CO2 foamed (AUSTROTHERM XPS TOP 30 SF) |
12,00 |
21 |
| building element | 72,54 |
¹ layer is OI-relevant from BG1 ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946. |
FD01 outer ceiling terrace
(30358, BG0)
|
ΣΔOI3: |
77 points/m² |
mass: |
113,3 kg/m² |
PENRT: |
1.613 MJ/m² |
GWP-total: |
-65,4 kg CO2 equ./m² |
AP: |
0,421 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer |
d cm |
ΔOI3 pts/m² |
1 |
roofing underlayment (Sarnafil TS 77) |
0,20 |
¹ 8 |
2 |
EPS W30 (Bachl EPS W-30) |
3,00 |
5 |
3 |
roofing underlayment (Polymer bitumen sealing sheeting) |
0,30 |
¹ 7 |
4 |
Laminated timber, glued internal use (Laminated timber, glued internal use (475 kg/m³ - e.g. spruce/fir)) |
18,00 |
30 |
5 |
mineral wool tile (Glass wool MW(GW)-WF (50 kg/m³)) |
20,00 |
40 |
6 |
Polyethylene (PE) vapour brake (Polyethylene (PE) vapour brake) |
0,20 |
¹ 6 |
7 |
gypsum platerboard (Knauf Gipskarton Bauplatte) |
1,50 |
2 |
| building element | 43,20 |
¹ layer is OI-relevant from BG1 ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946. |
FD02 flat roof, ventilated
(30358, BG0)
|
ΣΔOI3: |
19 points/m² |
mass: |
111,1 kg/m² |
PENRT: |
764 MJ/m² |
GWP-total: |
-86,3 kg CO2 equ./m² |
AP: |
0,173 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer |
d cm |
ΔOI3 pts/m² |
1 |
Polyethylene roof underlay (Polyethylene (PE) roof underlay - open to diffusion) |
0,30 |
¹ 15 |
2 |
MDF panel for building industry (Plywood and veneer timber for interior use (600 kg/m³)) |
1,50 |
7 |
3 |
timber, interspersed with straw |
36,00 |
|
|
54,5 cm (87%) Building straw bales (109 kg/m³) |
36,00 |
-2 |
|
8 cm (13%) Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried |
36,00 |
-1 |
4 |
OSB board (OSB boards (650 kg/m³)) |
2,00 |
5 |
5 |
timber, interspersed with glass wool |
5,00 |
|
|
56,5 cm (90%) Glass wool MW(GW)-WL (18 kg/m³) |
5,00 |
3 |
|
6 cm (10%) Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried |
5,00 |
0 |
6 |
Gypsum plasterboard – flame-retardant (Gypsum plasterboard – flame-retardant (900 kg/m³)) |
3,00 |
7 |
| building element | 47,80 |
¹ layer is OI-relevant from BG1 ² U value (Heat transfer coefficient) calculated according to ÖNORM EN ISO 6946. |
FE01 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
76 points/m² |
width x height: |
3,09 x 2,35 m |
percentage of frame: |
17,2 % |
PENRT: |
742 MJ/m² |
GWP-total: |
32,1 kg CO2 equ./m² |
AP: |
0,348 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
55 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
22 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4)) |
|
|
FE02 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
82 points/m² |
width x height: |
1,37 x 2,35 m |
percentage of frame: |
25,9 % |
PENRT: |
847 MJ/m² |
GWP-total: |
27,6 kg CO2 equ./m² |
AP: |
0,366 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
49 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
33 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4)) |
|
|
FE03 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
81 points/m² |
width x height: |
1,52 x 2,35 m |
percentage of frame: |
24,4 % |
PENRT: |
829 MJ/m² |
GWP-total: |
28,4 kg CO2 equ./m² |
AP: |
0,363 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
50 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
31 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (2-IV; Ug <1.4; Uf <1.4)) |
|
|
FE04 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
80 points/m² |
width x height: |
1,65 x 2,35 m |
percentage of frame: |
23,3 % |
PENRT: |
815 MJ/m² |
GWP-total: |
29,0 kg CO2 equ./m² |
AP: |
0,360 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
51 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
29 |
ψ (linear heat transfer coefficient) |
reference (Stainless steel (2-IV; Ug <1.4; Uf <1.4)) |
|
|
FE05 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
81 points/m² |
width x height: |
2,85 x 1,35 m |
percentage of frame: |
24,7 % |
PENRT: |
832 MJ/m² |
GWP-total: |
28,3 kg CO2 equ./m² |
AP: |
0,363 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
50 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
31 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (2-IV; Ug <1.4; Uf <1.4)) |
|
|
FE06 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
83 points/m² |
width x height: |
1,85 x 1,35 m |
percentage of frame: |
28,4 % |
PENRT: |
878 MJ/m² |
GWP-total: |
26,4 kg CO2 equ./m² |
AP: |
0,371 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
47 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
36 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4)) |
|
|
FE07 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
87 points/m² |
width x height: |
1 x 1,68 m |
percentage of frame: |
34,9 % |
PENRT: |
955 MJ/m² |
GWP-total: |
23,1 kg CO2 equ./m² |
AP: |
0,385 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
43 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
44 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4)) |
|
|
FE08 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
81 points/m² |
width x height: |
1,4 x 2,35 m |
percentage of frame: |
25,6 % |
PENRT: |
843 MJ/m² |
GWP-total: |
27,8 kg CO2 equ./m² |
AP: |
0,365 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
49 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
32 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4)) |
|
|
FE09 window
(Window (transparent element), BG0)
|
ΣΔOI3: |
83 points/m² |
width x height: |
1,2 x 2,35 m |
percentage of frame: |
28,2 % |
PENRT: |
874 MJ/m² |
GWP-total: |
26,5 kg CO2 equ./m² |
AP: |
0,371 kg SO2 equ./m² |
service life: |
no |
|
component |
title |
ΔOI3 |
glazing |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
47 |
window frame |
Wood/aluminium spruce frame <=109 block frame depth |
36 |
ψ (linear heat transfer coefficient) |
reference (Plastic/butyl (3-IV; Ug <0.9; Uf <1.4)) |
|
|
Inner door
(30358, BG0)
|
ΣΔOI3: |
0 points/m² |
mass: |
28,0 kg/m² |
PENRT: |
975 MJ/m² |
GWP-total: |
-25,5 kg CO2 equ./m² |
AP: |
0,208 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer (from inside to outside) |
d cm |
ΔOI3 pts/m² |
1 |
Inner door (Inner door to buffer space (wood, varnished)) |
4,00 |
¹ 56 |
| building element | 4,00 |
¹ layer is OI-relevant from BG1 |
ZD01 intermediate ceiling
(30358, BG0)
|
ΣΔOI3: |
52 points/m² |
mass: |
228,4 kg/m² |
PENRT: |
1.297 MJ/m² |
GWP-total: |
-73,7 kg CO2 equ./m² |
AP: |
0,347 kg SO2 equ./m² |
service life: |
no |
|
no. |
layer |
d cm |
ΔOI3 pts/m² |
1 |
Solid parquet |
1,00 |
¹ 10 |
2 |
Adhesive - artificial resin |
0,50 |
¹ 10 |
3 |
screed concrete (RÖFIX 970 Zementestrich) |
6,00 |
12 |
4 |
Polyethylene (PE) vapour brake |
0,20 |
¹ 6 |
5 |
expanded polystyrene (EPS)-W20 (Bachl EPS W-20) |
3,00 |
3 |
6 |
glass wool impact sound (Glass wool MW(GW)-T (80 kg/m³)) |
2,00 |
6 |
7 |
Laminated timber, glued internal use (Laminated timber, glued internal use (475 kg/m³ - e.g. spruce/fir)) |
18,00 |
30 |
| building element | 30,70 |
¹ layer is OI-relevant from BG1 |
— next page —
List of materials
material |
mass kg |
mass- percentage |
cumulated percentage |
Building material ID |
Density kg/m³ |
λ-Value W/m²K |
PENRT
MJ/FU (functional unit)
|
GWP-total
kg CO2 equ./FU (functional unit)
|
AP
kg SO2 equ./FU (functional unit)
| FU (functional unit) |
Waterproof concrete with 80 kg/m³ reinforcing steel (1 vol. %) |
116.822 |
42,1% |
42,1% |
2142715591 |
2.300 | 2,300 | 1,24 | 0,136 | 0,000314 | kg |
RÖFIX 970 Zementestrich |
46.559 |
16,8% |
58,9% |
2142685424 |
2.100 | 1,600 | 1,03 | 0,120 | 0,000278 | kg |
Building straw bales (109 kg/m³) |
36.008 |
13,0% |
71,8% |
2142715105 |
109 | 0,051 | 0,801 | -1,25 | 0,000852 | kg |
One-layer plastering mortar for external OC lime (1300 kg/m³) |
25.797 |
9,3% |
81,1% |
2142714799 |
1.300 | 0,490 | 2,11 | 0,178 | 0,000524 | kg |
Laminated timber, glued internal use (475 kg/m³ - e.g. spruce/fir) |
15.986 |
5,8% |
86,9% |
2142715629 |
475 | 0,120 | 7,39 | -1,24 | 0,00236 | kg |
Timber (475 kg/m³ - e.g. spruce/fir) - rough, technically dried |
5.810 |
2,1% |
89,0% |
2142715290 |
475 | 0,120 | 2,52 | -1,50 | 0,000944 | kg |
Gypsum plasterboard – flame-retardant (900 kg/m³) |
4.671 |
1,7% |
90,7% |
2142715612 |
900 | 0,250 | 4,39 | 0,192 | 0,000734 | kg |
OSB boards (650 kg/m³) |
3.539 |
1,3% |
92,0% |
2142715124 |
650 | 0,130 | 8,56 | -1,15 | 0,00210 | kg |
Solid parquet |
2.623 |
0,9% |
92,9% |
2142684313 |
740 | 0,160 | 17,8 | 0,0652 | 0,00514 | kg |
Adhesive - artificial resin |
2.126 |
0,8% |
93,7% |
2142684361 |
1.200 | 0,900 | 27,0 | 1,09 | 0,00426 | kg |
Aerated concrete (375 kg/m³) |
2.126 |
0,8% |
94,4% |
2142714733 |
375 | 0,110 | 2,82 | 0,227 | 0,000662 | kg |
Wood wool panel WW, magnesite-bonded (350 kg/m³) |
1.736 |
0,6% |
95,1% |
2142715242 |
350 | 0,110 | 4,07 | -0,133 | 0,000903 | kg |
Timber (475 kg/m³ - e.g. spruce/fir) - planed, technically dried |
1.566 |
0,6% |
95,6% |
2142715107 |
475 | 0,120 | 3,59 | -1,44 | 0,00128 | kg |
Plywood and veneer timber for interior use (600 kg/m³) |
1.557 |
0,6% |
96,2% |
2142715127 |
600 | 0,120 | 11,1 | -1,04 | 0,00413 | kg |
Synthesa Inthermo HFD-Holzfaserdämmplatte |
1.488 |
0,5% |
96,7% |
2142685099 |
250 | 0,053 | 14,4 | -0,804 | 0,00400 | kg |
Triple-glazed heat-protection glass, Argon, 40 < pane thickness |
1.445 |
0,5% |
97,2% |
2142706825 |
| | 534 | 40,8 | 0,311 | m² |
Wood/aluminium spruce frame <=109 block frame depth |
1.248 |
0,4% |
97,7% |
2142706805 |
| | 1.742 | -9,89 | 0,523 | m² |
EPS-(RECYCLING) Granulate levelling fillers with binders or cement-bonded (150 kg/m³) |
1.088 |
0,4% |
98,1% |
2142715091 |
150 | 0,075 | 9,46 | 0,721 | 0,00171 | kg |
Polymer bitumen sealing sheeting |
1.088 |
0,4% |
98,5% |
2142684291 |
1.100 | 0,230 | 41,6 | 0,819 | 0,00556 | kg |
Inner door to buffer space (wood, varnished) |
823 |
0,3% |
98,8% |
2142684502 |
700 | 0,160 | 975 | -25,5 | 0,208 | m² |
Bachl EPS W-20 |
809 |
0,3% |
99,1% |
2142705760 |
20 | 0,038 | 98,9 | 4,17 | 0,0149 | kg |
AUSTROTHERM XPS TOP 30 SF |
653 |
0,2% |
99,3% |
2142702349 |
30 | 0,036 | 93,6 | 4,20 | 0,0155 | kg |
Polyethylene (PE) roof underlay - open to diffusion |
509 |
0,2% |
99,5% |
2142700493 |
980 | 0,500 | 105 | 3,30 | 0,00842 | kg |
Polyethylene (PE) vapour brake |
290 |
0,1% |
99,6% |
2142712508 |
650 | 0,500 | 84,7 | 2,63 | 0,0103 | kg |
Glass wool MW(GW)-T (80 kg/m³) |
277 |
0,1% |
99,7% |
2142714923 |
80 | 0,035 | 46,2 | 2,45 | 0,0153 | kg |
Building paper |
186 |
0,1% |
99,8% |
2142684284 |
500 | 0,170 | 14,2 | -0,953 | 0,00589 | kg |
Knauf Gipskarton Bauplatte |
142 |
0,1% |
99,8% |
2142701948 |
680 | 0,250 | 3,53 | 0,153 | 0,000447 | kg |
Glass wool MW(GW)-WL (18 kg/m³) |
141 |
0,1% |
99,9% |
2142714913 |
18 | 0,038 | 46,2 | 2,45 | 0,0153 | kg |
Glass wool MW(GW)-WF (50 kg/m³) |
140 |
0,1% |
99,9% |
2142714920 |
50 | 0,035 | 46,2 | 2,45 | 0,0153 | kg |
Reinforcing steel |
130 |
0,0% |
99,9% |
2142716114 |
7.800 | 50,000 | 17,5 | 1,19 | 0,00425 | kg |
Baumit KlebeSpachtel |
34 |
0,0% |
100,0% |
2142707285 |
1.400 | 0,800 | 4,07 | 0,341 | 0,000954 | kg |
Sarnafil TS 77 |
31 |
0,0% |
100,0% |
106 |
1.100 | 0,170 | 69,8 | 2,10 | 0,00792 | kg |
Silicate plaster with synthetic resin additive |
29 |
0,0% |
100,0% |
2142684365 |
1.800 | 0,800 | 11,4 | 0,531 | 0,00279 | kg |
Low-alloy steel (alloy content: 1 %) |
21 |
0,0% |
100,0% |
2142715682 |
7.800 | 50,000 | 19,8 | 1,36 | 0,00529 | kg |
Sto-Polystyrol-Hartschaumplatte PS15SE 040 |
12 |
0,0% |
100,0% |
2142685604 |
15 | 0,040 | 98,9 | 4,17 | 0,0149 | kg |
Bachl EPS W-30 |
12 |
0,0% |
100,0% |
2142705762 |
28 | 0,035 | 98,9 | 4,17 | 0,0149 | kg |
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