Date created |
2024-01-01 |
Holder |
JACKON INSULATION GmbH
Ritzlebener Strasse 1
D-39619 ARENDSEE
Germany |
Certificate no. |
03/074/261/16 |
Family |
Extruded polystyrene (XPS) |
Commercial brand(s) (products) |
Products |
Purposes |
DOMODUR KF 300 STANDARD |
- Insulation under screed or floating slab or sealed tile (Panneaux de 1500 mm max
épaisseur de 15 à 80 mm) - Insulation under paving on median - Single-family home (épaisseur de 30 à 320 mm) - Insulation under paving on land - Other than single-family dwelling (épaisseur de 30 à 120 mm) - Thermal insulation from the exterior of the buried walls with waterproofing (épaisseur de 30 à 320 mm) - Insulation between wood floor joists - Insulation on wood floor joists (épaisseur de 15 à 80 mm) - Counter plaster wallboard - Against masonry wall or plaster tiles - Insulation under ventilated wooden cladding - Cloth insulation - Double masonry wall - Insulation installed in pinched roof from inside - between and under rafter - Insulation on suspended ceilings - Cloth insulation - Distributing or separating partitions between rooms - Insulation for roof terrace |
JACKODUR KF 300 STANDARD |
- Insulation under screed or floating slab or sealed tile (Panneaux de 1500 mm max
épaisseur de 15 à 80 mm) - Insulation under paving on median - Single-family home (épaisseur de 30 à 320 mm) - Insulation under paving on land - Other than single-family dwelling (épaisseur de 30 à 120 mm) - Thermal insulation from the exterior of the buried walls with waterproofing (épaisseur de 30 à 320 mm) - Insulation between wood floor joists - Insulation on wood floor joists (épaisseur de 15 à 80 mm) - Counter plaster wallboard - Against masonry wall or plaster tiles - Insulation under ventilated wooden cladding - Cloth insulation - Double masonry wall - Insulation installed in pinched roof from inside - between and under rafter - Insulation on suspended ceilings - Cloth insulation - Distributing or separating partitions between rooms - Insulation for roof terrace |
|
Plant(s) |
Arendsee
- Allemagne
Olen
- Belgique
|
Certified thermal conductivity |
Thicknesses
mm
|
Thermal conductivity
λD W/(m.K)
|
from 15 to 60 mm
|
0.034 W/(m.K) |
from 80 to 190 mm
|
0.035 W/(m.K) |
from 200 to 320 mm
|
0.036 W/(m.K) |
|
Certified thermal resistance |
Thicknesses
mm
|
Thermal resistances
m².K/W
|
15 mm
|
0.40 |
20 mm
|
0.55 |
25 mm
|
0.70 |
30 mm
|
0.85 |
40 mm
|
1.15 |
50 mm
|
1.45 |
60 mm
|
1.75 |
80 mm
|
2.25 |
90 mm
|
2.55 |
100 mm
|
2.85 |
110 mm
|
3.10 |
120 mm
|
3.40 |
130 mm
|
3.70 |
140 mm
|
4.00 |
150 mm
|
4.25 |
160 mm
|
4.55 |
170 mm
|
4.85 |
180 mm
|
5.10 |
190 mm
|
5.40 |
200 mm
|
5.55 |
210 mm
|
5.80 |
220 mm
|
6.10 |
230 mm
|
6.35 |
240 mm
|
6.65 |
250 mm
|
6.90 |
260 mm
|
7.20 |
270 mm
|
7.50 |
280 mm
|
7.75 |
290 mm
|
8.05 |
300 mm
|
8.30 |
310 mm
|
8.60 |
320 mm
|
8.85 |
All resistances
Less resistances
|
|
Specifications for floor applications |
Thicknesses
mm
|
Classification |
from 15 to 80 mm
|
SC1 a3 Ch |
|
ISOLE classification |
Thickness
mm
|
I
|
S
|
O
|
L
|
E
|
from 15 to 80 mm
|
5 |
1 |
3 |
4 |
3 |
from 90 to 320 mm
|
3 |
1 |
3 |
4 |
3 |
|
Critical compressive strength |
Thickness
mm
|
Rcs (≥ kPa) |
ds mini (%) |
ds maxi (%) |
Modulus of elasticity in use
(≥ MPa)
|
from 30 to 320 mm
|
140 |
0.7 |
2.0 |
6.22 |
|
Euroclass(es) |
Euroclasse E |
Other certified characteristics |
Characteristic |
Value |
Thickness tolerance |
T1 |
Compressive stress (15 à 25 mm) |
CS(10\Y)200 |
Compressive stress (30 à 320 mm) |
CS(10\Y)300 |
Compressive creep (50 à 320 mm) |
CC(2/1.5/50)130 |
Dimensional stability under defined temperature and humidity conditions |
DS(70,90) |
Deformation under defined compressive load and temperature conditions |
DLT(2)5 |
Water absorption by diffusion (30 à 60 mm) |
WD(V)3 |
Freeze/thaw resistance (30 à 320 mm) |
FTCD1 |
Water absorption by diffusion (80 à 180 mm) |
WD(V)2 |
Water absorption by diffusion (190 à 320 mm) |
WD(V)1 |
Traction perpendicular to the surfaces (100 à 320) |
TR200 |
Water vapor permeability |
MU50 |
Long-term water absorption by total immersion (30 à 320 mm) |
WL(T)0,7 |
|