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TOLES ET FINITIONS
Steelsheet
- External weather sheets for sandwich panels and
profiled sheeting
° Hot-dip galvanised steelsheet, according
to the EN 10147 norm, class Fe E 320 G.
° Continuous zinc coating Z 225, norm EN 10147.
° Standard sheetgauges : 0,63 mm and 0,75 mm.
° Other materials and thicknesses available upon request
- Internal liner sheets for sandwich panels
° Hot-dip galvanised steelsheet, according to the EN 10147
norm, class Fe E 320 G.
° Continuous zinc coating Z 140, norm EN 10147.
° Standard sheetgauges : 0,40 mm and 0,50 mm.
° Other materials and thicknesses available upon request.
Coatings
- organic coating types (external weather sheet
for sandwich panels and profiled sheeting)
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Technical specifications :
- Layer thicknesses of the organic coatings :
Top : polyester 12 to 18 µm, applied to hot-dip galvanised
coilsheet.
Reverse : 7 to 12 µm.
- Gloss (ECCA T2 Gardner 60°C) : 25 to 50 %
- Flexibility at bend dia. : 0 à 2 T.
- Corrosion-resistance :
Saltspray (ECCA T8) : > 250 h.
Humidity (ECCA T9) : > 1000 h.
- Fire classification : M0 (according to 'annexe 21 de l'arrêté
du 30 juin 1983 modifié').
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Use : this coating system is used for rural-purpose
buildings, in an environment exempt of pollution.
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Technical specifications :
- Layer thicknesses of the organic coatings :
Top : 100 µm plastisol two-layer applied to hot-dip
galvanised coilsheet.
Reverse : 7 to 12 µm.
- Gloss (ECCA T2 Gardner 60°C) : 25 to 50 %
- Flexibility at bend dia. : 0 T.
- Corrosion-resistance :
Saltspray (ECCA T8) : > 600 h.
Humidity (ECCA T9) : > 1500 h.
- Fire classification : M1 (according to 'annexe 21 de l'arrêté
du 30 juin 1983 modifié').
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Use : very common use; the plastisol 100µ
coating system is the solution for severe atmospheric conditions.
It is to be said that, for dark colors, there exists the tendency
of "cray-building".
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Technical specifications :
- Layer thicknesses of the organic coatings :
Top : 25 µm PVF2 two-layer applied to hot-dip galvanised
coilsheet.
Reverse : 7 to 12 µm.
- Gloss (ECCA T2 Gardner 60°C) : 35 % max.
- Flexibility at bend dia. : 0 T.
- Corrosion-resistance :
Saltspray (ECCA T8) : > 500 h.
Humidity (ECCA T9) : > 1500 h.
- Resistance to acids : 10% HCl : excellent.
- Durability 5000 h : no loss of sticking, decoloring, nor
noticable cray-building.
- Fire classification : M0 (according to 'annexe 21 de l'arrêté
du 30 juin 1983 modifié').
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Use : the PVF2 coating system guarantees a long
lasting gloss even under intensive sun exposure, it is also appropriate
for the severe atmospheric environments of industrial or coastal
conditions (3 to 10 km to the shore).
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Technical specifications :
- Layer thicknesses of the organic coatings :
Top : 35 µm PVF2 two-layer applied to hot-dip galvanised
coilsheet.
Reverse : 7 to 12 µm.
- Gloss (ECCA T2 Gardner 60°C) : 35 % max.
- Flexibility at bend dia. : 0 à 2 T.
- Corrosion-resistance :
Saltspray (ECCA T8) : > 600 h.
Humidity (ECCA T9) : > 1500 h.
- Resistance to acids : 10% HCl : excellent.
- Durability 5000 h : no loss of sticking, decoloring, nor
noticable cray-building.
- Fire classification : M0 (according to 'annexe 21 de l'arrêté
du 30 juin 1983 modifié').
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Use : gives a guarantee to durability and heavy
UV-exposure and is hence applied for severe atmospheric conditions
(industry, coast, road tunnels).
- Choice of the coating system
The type of coating is determined according to the
following tables
| environment |
rural |
urban et industrial |
coastal environment |
special |
| non polluted |
normal |
severe |
10 à 20 km |
3 à 10 km |
3km to the coast |
mixed |
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R
e
v
ê
t
e
m
e
n
t |
polyester 25µ |
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| plastisol 100µ |
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| PVDF 25µ |
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| PVDF 35µ |
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This table is extracted from DTU
40.35 NFP 34-205-1 mai 1997 and indicates the possible choices.
The different types of environmental conditions are specified in
the annexes D of DTU 40.35
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appropriate |
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contact us |
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not appropriate |
Colors
These colors belong to the standard
supply programme :
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RAL 9002
Grey white |
RAL 1015
Light ivory |
RAL 7015
Slate grey |
RAL 7022
Umbra grey |
RAL 7032
Pebble grey |
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RAL 9006
White aluminium |
RAL 8012
Red brown |
RAL 8014
Sepia brown |
RAL 5008
Grey blue |
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Other colors are available upon request

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INSULATION MATERIALS
Expanded polystyrene

- the product
Expanded polystyrene (in short EPS) is an excellent
insulation material.
Its most important features are thermal insulation (low conductivity),
low specific weight, stability and durability. In addition is
this material recyclable.
The for our panels applied polystyrene is of
first choice and has been treated with fire retardant to improve
the fire resistance and contains products to repulse rodents.
Quality : EPS 15 SE : 15 kg/m³
Quality : EPS 20 SE : 20 kg/m³
- insulation capacity
The insulation value of the expanded polystyrene
varies slightly with the type and is the result of the low specific
thermal conductivity coefficient, the low specific heath, and
the low specific weight :
| Quality |
Thermal conductivity coefficient l [W/m²°C] |
Specific weight [kg/m³] |
| EPS 15 SE |
0,040 |
15 |
| EPS 20 SE |
0,036 |
20 |
- classement au feu
The applied expanded polystyrene types are of self-extinguising
and non-fire-propagating quality and have a fire classification
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| Belgian norms |
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A1 according to NBN S 21-203 |
| French norms |
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M1 according to NF P 92-507 |
- durability
The polystyrene used is stabilised and does
not show any measurable aging symptoms; confirmed by many tests.
The strenght, thermal insulation and consistency
of the material remain intact with the passing of time.

- environment
Expanded polystyrene is an environmental-friendly
product.
1m³ Expanded polystyrene is made out of
+/- 13 ltr petrol. Due to its insulating capacities and for
use under normal circumstances in north-western Europe, this
1m³ will save some 6 Megajoules per month (this yields
a positive balance after only a few months).
In adition to this, is expanded polystyrene
completely recylcable and recycled. All production surplusses
are to 100% recycled.
Expanded polystyrene is completely safe; non-toxic
and inert. Expanded polystyrene does not contain any CFK nor
HCFK. It does not contain any nutritive value and hence does
not support fungal growth or other micro organisms.
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THE ROCK-WOOL

- the product
Rock-wool is a ceramic material conceived with
fibres of molten stone. Compressed blocs of these woollike fibres
are, since many years, used in construction industry as an insulating
material
Its main features are its thermal insulation (low thermal conductivity),
its non-combustibility and fire-resistance. In specific situations
it is appreciated for its acoustic performances.
The for our sandwich panels applied rock-wool is of first choice
and of the quality with oriented fibres and high density, in
order to achieve optimal mechanical performances, more in particular
its incompressibility.
Quality : 100 kg/m³ oriented fibres
- thermal insulation capacity
Thermal conductivity coefficient l = 0,40 [W/m²°C]
- fire reaction

Rock-wool is completely fire-safe, and resists
without any problems to temperatures up to 1000 °C. Also
under fire load, its structure and insulating qualities remain
intact
Rock-wool is incombustible
- Dutch norms incombustible according to NEN
6064
- French norms class M0 according to CECMI,
April 1999
- acoustic insulation
There are two features of the material that
yield advantages on acoustic level : its specific weight and
its air-open structure.
In order to achieve acoustic insulation in between
two rooms, one has to install a partition of high weight. Rock-wool
has a high specific density and hence is very suitable.
In order to achieve acoustic absorption for
a noisy room, one has to conceive walls with an air-open peel.
The coarse and open structure of the rock-wool, fitted under
a perforated sheet is perfectly adapted to this.
- - durability
The used rock-wool is stabilised and does not
show any perceivable aging phenomenons.
Strenght, thermal insulation and consistency
of the material remain intact also with passing time, as is
show in experiences over many years and is confirmed by several
applications.

- environment
Rock-wool is an environmental-friendly material.
1 Kg of Rock-wool is conceived with an energy
input of 10 to 20 Megajoules. Due to its insulating capacity
and used under for noth-western Europe normal circumstances,
this kg will save some 5 to 10 Megajoules per month, depending
on its application (thus a return on energy of 1 to 4 months).
In addition is rock-wool not a burden to the environment, as
it is a natural and inert product and is rock-wool completely
recyclable.
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