Lindab Sandwich Panels Technical Information

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Te c h n i c a l I n f o r m a t i o n S a n d w i c h P a n e l s
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Lindab Sandwich Panels
Technical Information
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Sandwich Panels
Technical information
Thermal insulation
Lindab's range of sandwich panels includes two types of core, foam (PIR, PUR,
IPN) and mineral wool. A panel with a foam core is easy to handle and can cope
with large spans, and even a relatively thin core produces high insulation values. The
panel has a closed cell structure that produces a very high insulation value and
ensures very low water vapour permeability. The closed cell structure also prevents
the core from absorbing water. Below is a comparison showing the core thickness
required for a variety of panel types to achieve similar U-values.
PUR, 100 mm = 0.22 W/m2 K
EPS (expanded polystyrene), 150 mm = 0.24 W/m2 K
Mineral wool (high-density), 200 mm = 0.21 W/m2 K
A panel with a core of mineral wool is preferable if there are stringent requirements
regarding fire performance.
Lindab's PUR panels are free from CFCs/HCFCs, which means they do not have
any negative impact on the Earth's ozone layer. Reported U-values in this brochure
have been revised with regard to ageing of the foam in accordance with EN 13165.
Sandwich panels and fire
Lindab's sandwich panels are fire-tested and rated with reference to their reaction
to fire as well as their fire resistance. Testing and rating are performed in accordance
with standards EN 13501-1 and EN 13501-2. The majority of Lindab's sandwich
panels have also undergone full-scale testing.
Reaction to fire
This method of testing shows how a building product reacts when exposed to high
heat in the form of a direct flame, radiant heat or high temperatures. Reaction to fire
tests can be performed using a variety of test methods, including the SBI method
(Single Burning Item). Parameters such as smoke formation, heat release and any
flame spread are measured to determine the product's fire characteristics. The
following classifications for combustibility are assigned based on the limit values
achieved by the tested product:
A1 or A2 for a non-combustible material
B, C, D, E for a combustible material, where B is lowest combustibility.
A1 is the highest class and is not combined with any additional class. The other
classes are always combined with the following additional classes which indicate
the product's ability to produce smoke and flaming droplets and particles.
s1 – the structural element may produce a very limited amount of combustion gases
s2 – the structural element may produce a limited amount of combustion gases
s3 – no requirement for limited production of smoke
d0 – flaming droplets and particles may not be produced by the structural element
d1 – a limited amount of flaming droplets and particles may be produced by the
structural element
d2 – no requirement for limited
amount of flaming droplets and
particles
 
Swedish standards use the
following classifications for
internal building surfaces:
Class I = B-s1, d0
Class II = C-s2, d0
Class III = D-s2, d0
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Resistance to fire
This classification concerns a building product's ability to
withstand a flashover. The panels are tested and assigned a
specific class based on their function:
R
Load-bearing capacity
RE Load-bearing capacity and Integrity (containment)
REI Load-bearing capacity, Integrity and Insulation
E
Integrity
EI
Integrity and Insulation
EW
Integrity and limited radiation
 
Tests on fire cell partitions (wall panels) are performed in a test
furnace on a 3x3 m wall, with the temperature inside the
furnace normally reaching around 1000 °C. The temperature
on the unexposed side is measured at a number of points
Fire engineering classes
A building can be constructed to one of three different
classes: Br1, Br2 or Br3. Classification takes into account
factors such as possibilities for escape and the risk of
personal injury in the event of the building collapsing.
Assessments are made based on, for instance, the height and
volume of the building, the activities conducted in the building,
and the number of people calculated to be present inside.
 
Class Br1 means that a fire in the building poses a high risk of
personal injury. This normally applies to buildings of three or
more storeys, two-storey buildings such as hospitals and
hotels, and two-storey buildings with public areas on the top
floor, e.g. two-storey shopping centres. Interior ceiling
surfaces should comply with B-s1,d0 (class I) and wall
surfaces C-s2,d0 (class II). In public areas, e.g. shopping
centres, walls must also comply with the highest requirement
and the requirement is for the average temperature not to
exceed 140 °C generally or 180 °C at one specific point. The
integrity requirement means no flames must penetrate the
joints. The time for which the panel satisfies the criteria is
measured and the panel is rated for integrity and insulation
followed by a time requirement in minutes, e.g. EI60.
 
Tests on load-bearing structures (roof panels) are performed
in a test furnace measuring 3x6 m, where the panel is
exposed to a load for the duration of the fire. The panels are
rated with reference to their load-bearing capacity, integrity
and insulation, followed by a time requirement in minutes, e.g.
REI60.
 
A number of Lindab's sandwich panels have been subjected
to full-scale testing in accordance with FM-Global and LPCB.
B-s1,d0 (class I). Fire cell partitions must be of class EI60 to
EI240, depending on the fire load.
 
Br2 buildings are buildings where fire poses a moderate risk
of personal injury. This normally means two-storey buildings
with a building area of more than 200 m2 or single-storey
buildings containing public areas. Interior ceiling surfaces
should comply with C-s2,d0 (class II) and wall surfaces
D-s2,d0 (class III). In public areas, e.g. shopping centres,
walls and ceilings must both comply with the highest
requirement B-s1,d0 (class I). Fire cell partitions are normally
of class EI30, irrespective of the fire load.
 
Br3 buildings are other buildings. For example, single-storey
industrial or storage facilities. Interior ceiling and wall surfaces
should comply with D-s2,d0 (class III). Any fire cell partitions
are normally of class EI30, irrespective of the fire load.
FM Global, LPCB Certification – Products certified for protection against damage
In order for a product to receive FM Global Approval it must
Fire
can not only cause personal injury but also substantial
to property
material damage. This can lead to a business having to halt
production and losing customers, documentation and stock.
This may in turn result in considerable financial losses and can
put the survival of the business at serious risk. Factory Mutual
(FM Global) and Loss Prevention Certification Board (LPCB)
are insurance and certification companies with their own
resources for testing. These organisations promote proactive
qualitative building design through a number of written
documents and certification testing of materials and services.
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undergo a series of tests looking at a number of physical
properties, including fire characteristics. For instance, there is
a '50 ft wall test', where a 15 m high panel wall is exposed to
fire of approx. 1 megawatt and temperatures of around 1000
°C. For the product to be approved, flames must not spread
and there must be no fire propagation at the panel's extremities. Lindab's sandwich panels with IPN core are approved by
FM Global and LPCB and should not result in any increased
insurance premiums with regard to fire.
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Core types for Lindab sandwich panels
Mineral wool Normally classed as A2-s1, d0.
Panels with a hard core of high-density mineral wool fibre. A
mineral wool panel generally achieves a very high fire
performance and normally produces less smoke and heat
than a panel with a polymer core. However, even a mineral
wool panel is not classed as wholly non-combustible (class
A1), as the fibre core contains binders and the core is glued
to the sheets, usually with a polyurethane adhesive. For this
reason, it is classed as A2. For structures serving as fire cell
partitions, where a high fire resistance is required (greater than
EI30), requirements are currently only satisfied by panels with
a mineral wool core.
 
IPN – Isophenic Normally classed as B-s1, d0.
IPN is a refined PIR foam. It emits less smoke and contributes
relatively little heat to the fire. As with a PIR core, the core
chars on the exposed side; this stable, protective charred
layer then protects the rest of the core from the fire. Lindab's
sandwich panels with IPN core achieve the highest rating for
internal surfaces (B-s1,d0) and are classed as EI30 with
fire-resistant joints. The panel's good fire performance has
also been demonstrated in full-scale tests. Lindab's IPN panel
has lasted the full test period in full-scale testing in accordance with ISO 13784-1. Testing was carried out by SP (Technical Research Institute of Sweden) at the request of the
Swedish National Board of Housing, Building and Planning.
PIR – Polyisocyanurate Normally classed as B-s2, d0.
A PIR core is a type of polyurethane that has undergone
significant material modification. In the event of a fire the core
chars on the exposed side; this charred layer then protects
the rest of the core from the fire. This means that a panel with
a PIR core is more resistant to fire than a PUR B2 core. It also
emits less heat and smoke.
PUR B2 – Polyurethane B2 Normally classed as B-s3, d0.
Panels with a rigid polyurethane core also char in the event of
a fire. However, the charred layer is not as strong as that in a
PIR or IPN core and it has a relatively low resistance to fire. A
PUR B2 core produces no flaming droplets during a fire but
does emit quite a lot of smoke. However, it usually emits less
than a corresponding EPS panel. Full-scale tests have also
shown that there is no hidden flame spread inside the panel.
Studies using real fires and full-scale tests have shown that
PUR panels are only partly involved in the early stages of the
fire and are not affected until the fire has developed fully. The
core is self-extinguishing, which means that the core stops
burning when the heat source disappears. Studies have also
shown that a PUR panel that is fixed to the framework with a
continuous mechanical fastener does not fail until the
structural framework fails.
  
Other core types on the market
PUR B3 – Polyurethane B3 Normally classed as C or D-s3,
d0.
A PUR B3 foam performs less well in a fire than type B2. It
emits more smoke and produces more heat during a fire.
Unlike a B2 foam, B3 foam is not self-extinguishing.
Fibreglass Normally classed as A2-s1, d0.
Fibreglass is, like mineral wool, a mineral fibre, although its fire
characteristics are not as good as those of mineral wool.
Fibreglass shrinks at high temperatures. A fibreglass panel
normally achieves a maximum rating of EI90.
 
Polystyrene (EPS) melts at temperatures as low as 180 °C
and produces a lot of flaming droplets during a fire. Even
flame/fire-resistant EPS can produce a lot of black smoke and
emit a lot of heat during a fire. Once the core melts the fire
can also spread unchecked inside the panel. If the panel wall
is not securely fixed, it can collapse and accelerate the fire's
progress. Despite this, EPS can be classed as d0, because
only droplets and particles that fall outside the so-called 'burn
zone' of approx. 300x350 mm are counted during testing. A
major UK study has shown that some of the greatest
industrial damage of modern times in the UK has involved
polystyrene panels installed internally in buildings.
Delivery information
Max. length roof panel: 13.6 m Longer panels available on
request; these require special transport arrangements.
Min. standard length roof and wall panel = 2 m.
All wall panels are supplied with an integrated seal along the
long joint.
All roof panels are supplied with an integrated seal along the
long joint and overlap (however, not the overlap on RT
panels).
See standard cross-sections and colours for each panel on
the following pages.
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Wall panel cross-sections
Box (Inside/Outside)
Micro (Outside)
Euro (Outside)
Wave (Outside)
B/B (Inside/Outside)
Flat* (Outside)
* Smoothness tolerance = +/-2 mm/
m2
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Wall panel cross-sections
Sin 20 (Outside)
Segment (Outside)
Minibox (Inside/Outside)
Perforated (Inside)
Plank (Outside)
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Roof panel cross-sections
3 Wave Trapeze (Outside)
4 Wave Trapeze (Outside)
Minibox (Inside)
B/B (Inside)
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Tile effect (Outside)
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Wall panels
TF1150
Profiles, External: Box, Micro, Euro, Flat**Minibox, Wave
(Minibox only as IPN panel)
Std colours ext.:Ral 1015, 3000, 5010, 7035, 9002,
9006*,
9007*, 9010, 8004, HBP60***
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation
(dB)
PUR B2
IPN
40
0.56
25
B-s3,d0
B-s1,d0
10.2
50
0.45
25
B-s3,d0
B-s1,d0
10.6
60
0.37
25
B-s3,d0
B-s1,d0
11.0
80
0.28
25
B-s3,d0
B-s1,d0
11.8
12.6
Fire rating
Core type
Dead
load kg/
m2
100
0.22
25
B-s3,d0
B-s1,d0
EI30*
120
0.19
25
B-s3,d0
B-s1,d0
EI30*
13.4
*Metallic colours
150
0.15
25
B-s3,d0
13.7
** Smooth outside only available as IPN panel option.
Smoothness tolerance = +/-2 mm/m2
B-s1,d0
EI30
170
0.13
25
–
B-s1,d0
14.4
200
0.11
25
–
B-s1,d0
15.5
Steel ext. (mm): 0.6/0.5
Profiles, Internal:Box, Minibox
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*** Colour HBP60 available as option, see page 25
*Panels with an IPN core are class EI30 with fire-resistant joint.
Panels >150 mm thick only with IPN foam, and only profiles Minibox
and Flat. Only Minibox and Flat profiles for 150 mm panel
with EI30 joint.
TW1000
Profiles, External: B/B, Micro, Flat**
Std colours ext.:Ral 1015, 7035, 7016, 9002, 9006*,
9007*,
9010, 7037, 3000, 3009, 5010, 8004
Steel ext. (mm): 0.6
Profiles, Internal: B/B
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation (dB)
PUR B2
80
0.30
25
B-s3,d0
B-s2,d0
12.4
100
0.24
25
B-s3,d0
B-s2,d0
13.2
120
0.20
25
B-s3,d0
B-s2,d0
14.0
150
0.16
25
B-s3,d0
B-s2,d0
15.3
Fire rating
Core type
Dead
load kg/
m2
PIR
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*Metallic colours
** Smooth outside is optional. Smoothness tolerance =
+/-2 mm/m2
*** min 500 m2
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Wall panels
SF1000
Profiles, External: Box, Micro, Euro, Wave
Std colours ext.:Ral 1015, 3000, 5010, 7035, 9002,
9006*, 9007*, 9010, 8004, HBP60**
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation
(dB)
PUR B2
50
0.45
25
B-s3,d0
B-s1,d0
10.8
60
0.38
25
B-s3,d0
B-s1,d0
11.2
80
0.29
25
B-s3,d0
B-s1,d0
12.0
100
0.23
25
B-s3,d0
B-s1,d0
12.8
120
0.19
25
B-s3,d0
B-s1,d0
13.6
Thickness of
insulating core
d/D
U-value
W/m2K
Airborne
sound
insulation (dB)
PUR B2
Steel ext. (mm): 0.6
IPN
Dead
load kg/
m2
Profiles, Internal: Box, Minibox
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*Metallic colours
Concealed fixing
** Colour HBP60 available as option, see page 25
Sin20 1000
Profiles, External: Sin 20
Std colours ext.:Ral 1015, 7035, 7016, 9002, 9006*,
9007*, 9010, 7037, 3000, 3009, 5010, 8004
50/70
0.40
25
B-s3,d0
B-s2,d0
12.2
0.27
25
B-s3,d0
B-s2,d0
13.4
100/120
0.22
25
B-s3,d0
B-s2,d0
15.2
Profiles, Internal: B/B
Std colours int.: Ral 9002
Steel int. (mm): 0.5
10
Dead
load kg/
m2
80/100
Steel ext. (mm): 0.6
*Metallic colours
PIR
Concealed fixing
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Wall panels
FR1000
Profiles, External:Box, Minibox, Micro, Euro, Segment,
Flat**
Std colours ext.:Ral 1015, 3000, 5010, 7035, 9002,
9006*, 9007*, 9010, 8004, HBP60***
Steel ext. (mm): 0.6/0.5
Profiles, Internal: Box, Minibox
Std colours int.: Ral 9002
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation
(dB)
*Mineral
wool
Fire rating
Dead
load kg/
m2
60
0.68
31
A2-s1,d0
EI30
17.3
80
0.52
31
A2-s1,d0
EI30
19.9
100
0.42
32
A2-s1,d0
EI90
22.5
120
0.35
32
A2-s1,d0
EI90
25.1
150
0.28
32
A2-s1,d0
EI180
29.0
200
0.21
33
A2-s1,d0
EI180
34.4
*Density mineral wool ≥100 kg/m3
Steel int. (mm): 0.5
*Metallic colours
** Smooth outside is optional, tolerance +/-2 mm/m2
*** Colour HBP60 available as option, see page 25
FR1150
Profiles, External: Box, Minibox, Micro, Euro, Flat**
Std colours ext.:Ral 1015, 3000, 5010, 7035, 9002,
9006*, 9007*, 9010, 8004, HBP60***
Steel ext. (mm): 0.6/0.5
Profiles, Internal: Box, Minibox
Std colours int.: Ral 9002
Steel int. (mm): 0.5
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation
(dB)
*Mineral
wool
Fire rating
Dead
load kg/
m2
60
0.68
31
A2-s1,d0
EI30
17.3
80
0.52
31
A2-s1,d0
EI30
19.9
100
0.42
32
A2-s1,d0
EI90
22.5
120
0.35
32
A2-s1,d0
EI90
25.1
150
0.28
32
A2-s1,d0
EI180
29.0
200
0.21
33
A2-s1,d0
EI180
31.9
*Density mineral wool ≥100 kg/m3
*Metallic colours
** Smooth outside is optional, tolerance +/-2 mm/m2
*** Colour HBP60 available as option, see page 25
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Technical information
Wall panels
FR1200
Profiles, External: Box, Minibox, Micro, Euro, Plank, Flat**
Std colours ext.:Ral 1015, 7035, 9002, 9006*, 9007*,
9010, 3000, 5010, HBP60***
Steel ext. (mm): 0.6/0.5
Profiles, Internal: Box, Minibox
Std colours int.: Ral 9002
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation
(dB)
*Mineral
wool
Fire rating
Dead
load kg/
m2
60
0.68
31
A2-s1,d0
EI30
17.3
80
0.52
31
A2-s1,d0
EI30
19.9
100
0.42
32
A2-s1,d0
EI90
22.5
120
0.35
32
A2-s1,d0
EI90
25.1
150
0.28
32
A2-s1,d0
EI180
29.0
200
0.21
33
A2-s1,d0
EI180
31.9
*Density mineral wool ≥100 kg/m
3
Steel int. (mm): 0.5
*Metallic colours
**Smooth outside is optional. Smoothness tolerance = +/-2
mm/m2
*** Colour HBP60 available as option, see page 25
FH1000
Profiles, External: Box, Minibox, Micro, Euro
Std colours ext.:Ral 1015, 3000, 5010, 7035, 9002,
9006*, 9007*, 9010, HBP60**
Steel ext. (mm): 0.6
Profiles, Internal: Box, Minibox
Thickness of
insulating core
(d)
U-value
W/m2K
Airborne
sound
insulation
(dB)
*Mineral
wool
Fire rating
Dead
load kg/
m2
60
0.70
31
A2-s1,d0
untested
17.6
80
0.53
31
A2-s1,d0
untested
20.2
100
0.42
31
A2-s1,d0
EI60
22.8
120
0.36
31
A2-s1,d0
EI60
25.4
150
0.29
31
A2-s1,d0
EI60
29.3
200
0.22
31
A2-s1,d0
EI60
32.5
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*Metallic colours
** Colour HBP60 available as option, see page 25
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Concealed fixing
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Wall panels
HW 1000/HW-S 1000 Acoustic panel
Profiles, External: HW: B/B, Micro, Flat**,
HW-S: B/B, PERFORATED
Std colours ext.:Ral 1015, 3000, 3009, 5010, 8004, 7016,
7035, 7037, 9002, 9006*, 9007*, 9010
Steel ext. (mm): 0.6
Profiles, Internal: HW: B/B, HW-S: PERFORATED
Std colours int.: Ral 9002
Steel int. (mm): 0.6
*Metallic colours
**Smooth outside is optional. Smoothness tolerance = +/-2
mm/m2
HW-SOUND is an acoustic panel for interior walls. Perforation:
ø 3 mm holes, 5 mm hole spacing.
Thickness
of insulating
core (d)
U-value
W/m2K
Airborne
sound insulation (dB)
HW/HW-S
*Mineral
wool
Fire rating
only
HW
Dead
Dead load
load kg/m2
kg/m2
HW-S
HW
60
0.66
30/31
A2-s1,d0
El30**
17.1
15.4
80
0.51
30/32
A2-s1,d0
El30**
19.1
17.4
100
0.42
30/33
A2-s1,d0
El120**
21.1
19.4
120
0.35
30/untested
A2-s1,d0
El120**
23.1
21.4
150
0.28
30/-
A2-s1,d0
El120/El180**
26.1
-
200
0.22
30/-
A2-s1,d0
El120/El180**
32.4
-
*Density mineral wool ≥100 kg/m3
**Resistance classification applies with fire-resistant joint
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Technical information
Roof panels
RW1000
Profiles, External: 3 Wave Trapeze profile
Thickness of
insulating core
d/D
U-value
W/m2K
Airborne
sound
insulation
(dB)
PUR B2
25 (60)
0.77
25
B-s3,d0
B-s1,d0
40 (75)
0.50
25
B-s3,d0
B-s1,d0
9.9
50 (85)
0.41
25
B-s3,d0
B-s1,d0
10.3
Steel ext. (mm): 0.5
60 (95)
0.35
25
B-s3,d0
B-s1,d0
10.7
Profiles, Internal: Minibox
70 (105)
0.30
25
B-s3,d0
B-s1,d0
11.1
80 (115)
0.26
25
B-s3,d0
B-s1,d0
11.5
100 (135)
0.21
25
B-s3,d0
B-s1,d0
12.3
120 (155)
0.18
25
B-s3,d0
B-s1,d0
13.1
Std colours ext.:Ral 3000, 3009, 5010, 7016, 7035,
8004, 9002, 9006*, 9007*, 9010, 1015, HBP60**
Std colours int.: Ral 9002
Steel int. (mm): 0.4
*Metallic colours
** Colour HBP60 available as option, see page 25
Bare section without filling: 100 mm standard, 250 mm
max., min. length for bare section without filling = 2.7 m
IPN
Dead
load kg/
m2
9.3
Min. roof pitch 5 degrees without transverse joint
Min. roof pitch 6 degrees at transverse joint
G41000
Profiles, External: 3 Wave Trapeze profile
Thickness of
insulating core
d/D
U-value
W/m2K
30 (68)
0.71
25
B-s3,d0
B-s2,d0
11.1
40 (78)
0.55
25
B-s3,d0
B-s2,d0
11.5
50 (88)
0.45
25
B-s3,d0
B-s2,d0
12.0
Steel ext. (mm): 0.6
60 (98)
0.38
25
B-s3,d0
B-s2,d0
12.4
Profiles, Internal: B/B
80 (118)
0.29
25
B-s3,d0
B-s2,d0
13.2
100 (138)
0.23
25
B-s3,d0
B-s2,d0
14.1
120 (150)
0.20
25
B-s3,d0
B-s2,d0
14.8
Std colours ext.:Ral 3000, 3009, 5010, 7016, 7035,
7037, 8004, 9002, 9006*, 9007*, 9010, 1015
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*Metallic colours
Bare section without filling: 100 mm standard, 300 mm
max., min. length for bare section without filling = 5.5 m
14
Airborne
sound
insulation
(dB)
PUR B2
Min. roof pitch 5 degrees without transverse joint
Min. roof pitch 6 degrees at transverse joint
PIR
Dead
load kg/
m2
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Technical information
Roof panels
RT1000
Profiles, External: Tile effect
Std colours ext.:Anthracite grey, Terracotta red, 50 my
HBP
Steel ext. (mm): 0.5
Profiles, Internal: Minibox
Std colours int.: RAL 9010
Steel int. (mm): 0.4
Thickness
of insulating
core d/D
U-value
W/m2K
Airborne
sound insulation (dB)
PIR**
Dead
load kg/
m2
45 (85)
0.48
25
B-s2,d0
12.6
60 (100)
0.38
25
B-s2,d0
13.2
80 (120)
0.29
25
B-s2,d0
14.1
100 (140)
0.24
25
B-s2,d0
15.0
Min. roof pitch 12 degrees
Panel lengths (mm) with 160 mm bare section without filling
Number
of tiles
Panel
length
Number
of tiles
Panel
length
Number
of tiles
Panel
length
Bare section without filling: 160 mm standard
6
2100
21
6975
36
11850
Only seal in long joint integrated.
Seal in overlap applied on site. Bare section without filling
always implemented for installation from left to right.
7
2425
22
7300
37
12175
8
2750
23
7625
38
12500
The panel length is a multiple of the tile spacing of 325
mm.
Max. standard length = 13475 mm. Longer lengths require
special transport arrangements.
9
3075
24
7950
39
12825
10
3400
25
8275
40
13150
11
3725
26
8600
41
13475
12
4050
27
8925
13
4375
28
9250
14
4700
29
9575
15
5025
30
9900
16
5350
31
10225
17
5675
32
10550
18
6000
33
10875
19
6325
34
11200
20
6650
35
11525
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Technical information
Roof panels
FF1000
Profiles, External: 4 Wave Trapeze profile
Std colours ext.:Ral 1015, 3000, 3009, 5010, 7016,
7035, 9002, 9006*, 9007*, 9010, 8004, HBP60**
Thickness of
insulating core
d/D
U-value
W/m2K
Airborne
sound
insulation
(dB)
*Mineral
wool
Fire rating
Dead
load kg/
m2
60 (94)
0.67
31
A2-s1,d0
untested
18.6
80 (114)
0.51
31
A2-s1,d0
REI90
21.2
100 (134)
0.42
32
A2-s1,d0
REI90
23.8
120 (154)
0.35
32
A2-s1,d0
REI120
26.4
Steel ext. (mm): 0.6
150 (184)
0.29
32
A2-s1,d0
REI120
30.3
Profiles, Internal: Minibox
200 (234)
0.20
33
A2-s1,d0
REI120
32.5
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*Density mineral wool ≥100 kg/m
Min. roof pitch 5 degrees without transverse joint
*Metallic colours
Min. roof pitch 8 degrees at transverse joint
3
** Colour HBP60 available as option, see page 25
Bare section without filling, not possible
HD1000
Profiles, External: 3 Wave Trapeze profile
Covering width: 1000 mm
Std colours ext.:Ral 3000, 3009, 5010, 7016, 7035,
7037
8004, 9002, 9006*, 9007*, 9010, 1015
Steel ext. (mm): 0.6
Profiles, Internal: B/B, Perforated**
Std colours int.: Ral 9002
Steel int. (mm): 0.5
*Metallic colours
Bare section without filling: 100 mm standard, 300 mm
max.,
min. length for bare section without filling = 5.5 m
** HD1000 is also available with the inside perforated for
use as an internal non-load-bearing acoustic panel.
16
Thickness of
insulating core
d/D
U-value
W/m2K
Airborne
sound
insulation
(dB)
*Mineral
wool
Dead
load kg/
m2
60 (98)
0.65
29
A2-s1,d0
16.6
80 (118)
0.51
29
A2-s1,d0
18.8
100 (138)
0.41
30
A2-s1,d0
21.0
120 (158)
0.35
30
A2-s1,d0
23.2
150 (188)
0.28
30
A2-s1,d0
26.4
*Density mineral wool ≥100 kg/m3
Min. roof pitch 5 degrees without transverse joint
Min. roof pitch 7 degrees at transverse joint
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Planning, installation guides and tools
Tools and technical aids for
mounting panels
We have developed mounting clamps
to make lifting wall and roof panels
easier and installation work more
efficient. The clamps are easy to use
and fit almost any lifting device.
The clamp shoes are easy to change,
meaning the clamps can be used to
mount most types of Lindab sandwich
panel.
For additional information and advice,
please contact Lindab.
Fasteners
Everything you need
Roof safety
Fasteners are a very important part of
any construction project involving
sandwich panels. At Lindab you will find
a complete range of fasteners for use
with different materials in any environment.
Our stainless steel screws for
mounting panels on purlins and steel
profiles have been type-approved for
use up to and including corrosion class
C4. Approval denotes an estimated
technical life of as much as 50 years.
The range also includes products
such as external flashing fastenings and
panel washers.
For more information, see our
Roof safety and sandwich panels
brochure Lindab Fasteners.
We also have a type-approved roof
safety system for use with sandwich
panels.
The range includes snow fences,
ridge guards, walkways, and roof and
vertical ladders.
For more information, see our
brochure Lindab Roof Safety Systems.
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Technical information
Sandwich panels and flashings
Lindab's extensive range of profiles and flashings means that the final
result will be both functional and attractive. The easy-to-mount profiles
are manufactured from durable painted sheet metal. In our range you
will find standard and custom-made flashings suitable for any project.
Corner flashing (SHBY) and a
gable flashing (SGB).
18
From left to right: gable flashing (SGB) as
bargeboard with angled gable flashing (SVGB)
underneath, and at the point where the wall
and roof panels meet sill flashing (SUBG)
mounted externally and sill flashing (TFBI)
mounted internally.
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A ridge capping (NP170) is mounted on a seal
profile. A fill-in insulation strip between the two
panels and an interior ridge plate (NPI200)
under the panels.
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Sandwich Panels
Panel joint, bare section without filling 300 mm Behind the KFK fascia bracket are a front
with compriband sealing tape.
flashing (SFB)
and a z-shaped eaves profile (STFP), and
a sill flashing (SUBL) up against the wall panel
on the outside.
Below: an exterior base cover flashing (SUSB).
A 10 mm thick seal in the sill runner (S20) with
a 10 mm sill seal underneath. On the inside
an interior base cover flashing (SISB).
Wall panels mounted on steel framework with
compriband sealing tape. A fill-in insulation
strip between the panels and sealing tape on
the outside.
A pilaster (SPIL) is mounted on the panels with
compriband sealing tape.
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Technical information
Flashings
NP170 Ridge capping
NPI200 Interior ridge plate
STFP Eaves profile
(1.2 mm galv)
SFB Front flashing
20
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Technical information
Flashings
SUBL Sill flashing long side
SGB Gable flashing
SVGB Angled gable flashing
SHBY Corner flashing
21
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Technical information
Flashings
SPIL Pilaster
SUSB Base cover flashing
exterior
SISB Base cover flashing interior
TFBI Sill flashing interior
22
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Technical information
Flashings
SUBG Sill flashing gable
SFOB Case flashing
SOB Drip flashing
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Technical information
Flashings
SUB Sill ledge
S20 Sill runner
(1.2 mm galv)
Dim. mm
A
mm
60
40
80
60
100
80
120
100
150
130
170
150
200
180
US U-profile, slotted
(1.5 mm galv)
24
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Colour chart
Colour
RAL
Nearest NCS
Colour
RAL
Nearest NCS
Colour system for exterior coating
9010 S 0603-G40Y
5010 S 5040-Y90R
9002 S 1502-Y
9006* S 2502-B
25 µm Polyester
Zinc, 275 g/m2
Environmental class C3
(standard)
7035 S 2005-G30Y
7037 S 5500-N
Colour system for
interior coating
1015 S 1510-Y20R
9007* S 6000-N
15 µm Polyester
Environmental class C2
3000 S 2070-Y90R
7016 S 8005-B20G
8004 S 4550-Y60R
* Metallic colours
Other information
3009 S 5040-Y90R
The NCS which is stated
after the RAL number is
the nearest NCS.
Colours may differ from
those shown due to
printing limitations.
Paints and properties
Product
Nom. thickness µm
Gloss
units
Minimum
bend
radius
HBP
60
30
1T (Dark)
2T (Light)
Polyester
25 my
25
30
2T (Dark)
4T (Light)
The colours of Lindab's
sandwich panels follow the
RAL standard.
Example of environment
Corrosion
class
Environmental corrosiveness
Industrial areas with
high air humidity and
an aggressive
atmosphere. Coastal
areas.
RC 5
Very high
9002, 9010,
9006, 9007,
7016, 5010,
3009
Ruv4
Atmospheres with
some salt or
moderate pollutant
volumes.
RC3
Moderate
Std colours
Ruv2
Optional coating
Special Pe colours – when a project requires RAL or NCS
Pe colours available on the market but not included in the
standard colour range.
PVDF 25 µm – a coating offering extraordinary UV resistance
and good corrosion resistance.
HBP60 – a coating with UV resistance and corrosion
resistance similar to PVF, but which is cheaper than PVF
colours. This coating is also very flexible and highly resistant
to mechanical damage. Standard colours HBP60 Granite:
RAL 9002, 9006, 9007, 7016, 3009, 7035.
Ral number
UV category
Foodsafe – a 150 µm polymer coating that is free from toxins
and resistant to mould. It is durable, easy to clean, chemically
inert and approved for use in the same premises as unpackaged foodstuffs. Standard colour is white RAL 9010.
25 µm Pe interior – 25 my Pe on the interior side of the
panel, for indoor environments corresponding to environmental class C3.
INOX – outer or inner stainless steel sheet of EN 1.4301
grade.
Contact your Lindab representative to find out more about
which options are available for each panel.
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Te c h n i c a l I n f o r m a t i o n S a n d w i c h P a n e l s
Lindab is an international group that develops,
manufactures, markets and distributes products
and system solutions of thin sheet metal and steel
that simplify construction and improve the indoor
climate.
Our range includes everything from complete
construction systems to individual components
for homes, commercial properties and industrial
premises.
The Lindab Group has approximately 4,500 employees in 31 countries. Its head office is located in
Art. no. 153282 08-06-2010
Grevie near Båstad in north-west Skåne.