Date created |
2024-10-25 |
Holder |
Paul BAUDER GmbH
Korntaler Landstrasse 63
70499 Stuttgart
Germany |
Certificate no. |
15/197/1011/7 |
Family |
Rigid polyisocyanurate foam (PIR) |
Commercial brand(s) (products) |
Products |
Purposes |
BauderPIR FA R |
|
BauderPIR FA-TE R |
|
BauderPIR FA-TE F R |
|
BauderPIR FA |
|
BauderPIR FA-TE |
|
BauderPIR FA-TE F |
|
|
Plant(s) |
Landsberg b. Halle
- Allemagne
|
Certified thermal conductivity |
Thicknesses
mm
|
Thermal conductivity
λD W/(m.K)
|
from 40 to 58 mm
|
0.023 W/(m.K) |
from 60 to 240 mm
|
0.022 W/(m.K) |
|
Certified thermal resistance |
Thicknesses
mm
|
Thermal resistances
m².K/W
|
40 mm
|
1.70 |
45 mm
|
1.95 |
50 mm
|
2.15 |
55 mm
|
2.35 |
58 mm
|
2.50 |
60 mm
|
2.70 |
65 mm
|
2.95 |
70 mm
|
3.15 |
75 mm
|
3.40 |
80 mm
|
3.60 |
81 mm
|
3.65 |
83 mm
|
3.75 |
85 mm
|
3.85 |
86 mm
|
3.90 |
87 mm
|
3.95 |
88 mm
|
4.00 |
90 mm
|
4.05 |
91 mm
|
4.10 |
92 mm
|
4.15 |
94 mm
|
4.25 |
95 mm
|
4.30 |
96 mm
|
4.35 |
98 mm
|
4.45 |
100 mm
|
4.50 |
102 mm
|
4.60 |
104 mm
|
4.70 |
105 mm
|
4.75 |
107 mm
|
4.85 |
109 mm
|
4.95 |
110 mm
|
5.00 |
112 mm
|
5.05 |
114 mm
|
5.15 |
115 mm
|
5.20 |
118 mm
|
5.35 |
120 mm
|
5.45 |
122 mm
|
5.50 |
124 mm
|
5.60 |
125 mm
|
5.65 |
127 mm
|
5.75 |
130 mm
|
5.90 |
132 mm
|
6.00 |
135 mm
|
6.10 |
138 mm
|
6.25 |
140 mm
|
6.35 |
142 mm
|
6.45 |
145 mm
|
6.55 |
150 mm
|
6.80 |
155 mm
|
7.00 |
160 mm
|
7.25 |
162 mm
|
7.35 |
165 mm
|
7.50 |
170 mm
|
7.70 |
175 mm
|
7.95 |
180 mm
|
8.15 |
182 mm
|
8.25 |
185 mm
|
8.40 |
190 mm
|
8.60 |
195 mm
|
8.85 |
200 mm
|
9.05 |
202 mm
|
9.15 |
205 mm
|
9.30 |
210 mm
|
9.50 |
215 mm
|
9.75 |
220 mm
|
10.00 |
225 mm
|
10.20 |
230 mm
|
10.45 |
235 mm
|
10.65 |
240 mm
|
10.90 |
All resistances
Less resistances
|
|
ISOLE classification |
Thickness
mm
|
I
|
S
|
O
|
L
|
E
|
from 40 to 100 mm
|
4 |
2 |
3 |
2 |
4 |
from 101 to 240 mm
|
2 |
2 |
3 |
2 |
4 |
|
Euroclass(es) |
Euroclasse E |
Other certified characteristics |
Characteristic |
Value |
Thickness tolerance |
T2 |
Dimensional stability under defined temperature and humidity conditions |
DS(70,90)3 |
Dimensional stability at defined temperature |
DS(-20,-)2 |
Compressive stress |
CS(10/Y)120 |
Short-term water absorption by partial immersion |
WS(P)0,1 |
Deformation under defined load and temperature conditions |
DLT(2)5 |
Traction perpendicular to the surfaces |
TR40 |
|