Dimensional drawing
610
10 18 22
10 18 33
10 18 43
10 18 53
10 18 63
10 18 83
10 18 A3
10 18 45
10 18 55
10 18 65
10 18 85
10 18 A5
10 18 57
10 18 67
10 18 87
10 18 A7
Specifications
XPS250
250
0.60
XPS300
300
0.90
XPS300
300
1.20
XPS300
300
1.50
XPS300
300
1.80
XPS300
300
2.25
XPS300
300
2.80
XPS500
500
1.20
XPS500
500
1.50
XPS500
500
1.80
XPS500
500
2.25
XPS500
500
2.80
XPS700
700
1.50
XPS700
700
1.80
XPS700
700
2.25
XPS700
700
2.80
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
1250
600
20
0.75
30
0.75
40
0.75
50
0.75
60
0.75
80
0.75
100
0.75
40
0.75
50
0.75
60
0.75
80
0.75
100
0.75
50
0.75
60
0.75
80
0.75
100
0.75
48
Underfloor Radiant Systems - Product Guide
Tel. +39 0425 75 88 11
INDUSTRIAL panel
Code
Material
Comp.
strength
10% kPa
Therm. Res.
A
m
2
K/W
mm
B
H
Sur.
mm
mm
m
2
INDUSTRIAL panel, consisting of a flat panel in extruded polystyrene (XPS), CE mark-
ing according to UNI EN 13164, which ensures the mechanical and thermal resistance
characteristics, free from recycled and Freon gas, flame propagation delay (Euroclass E
reaction to fire according to UNI EN 13501); smooth surface coated with extrusion skin
to guarantee waterproofing properties; thicknesses greater than 20 mm have an "L"
shaping on the four edges, to allow the overlap of the panels and reduce the formation
of thermal bridges.
Use
The INDUSTRIAL panel is made from a flat-extruded sheet of XPS covered on both
sides by an impermeable protection film, and is designed to offer an effective solution
for the installation of underfloor radiant systems in industrial buildings and large non-
residential surfaces in general.
•
The use of a high-density XPS allows obtaining panels with a low thermal
conductivity but a high degree of compressive strength;
•
The impermeable protective film allows the panel to be installed even in contact
with the bottom lean concrete of the building;
•
The flat shape provides the pipe of the system the best contact with the screed
and thus the highest thermal output.
H
1
2
6
0
