Transcript Product group

Liner trays
Description, characteristics, application
Content
Product description
Application in buildings
Technical parameters
Certification
References
Product description
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Product description
• Liner trays are part of
the system for a wall or
roof load-bearing
system
• Due to their build and
joints, liner trays work as
transoms or purlins
Product description
• Production plants CEE
Iceland
Norway
Żyrardów
LT100-600S
LT125-600S
LT150-600S
LT200-600S
Sweden
Ireland
Denmark
UK
Finland
Russia
Estonia
Latvia
Lithuania
Belarus
Germany
France
Portugal
Spain
Poland
Czech
Ukraine
Slovakia
Slovenia
Hungary Romania
Serbia
Croatia
Italy
Bulgaria
Turkey
Biatorbágy
LT100-600S
LT125-600S
LT150-600S
LT200-600S
Product description
• Product symbol description
Liner Tray
Production
Zyr. & Bia.
LT 125 600 S
Depth
Modular
height
Product description
• Liner tray types:
– manufactured in Żyrardów & Biatorbágy
• LT100-600S
• LT125-600S
• LT150-600S
• LT200-600S
Product description
• LT100 – 200-600S
27
125
599
10
649
599
10
8
10
8
8
8
10
27
100
649
599
649
599
649
10
198.5
10
148.5
10
123.5
10
98.5
27
150
27
200
Product description
• Steel material
– zinc-coated steel S320GD
– thicknesses: 0.75, 0.88, 1.00, 1.25, 1.50 mm
• Zinc coatings
– Z100 g/m2
• 7 µm for ‘A’ and 7 µm for ‘B’ side of face
• internal applications
– Z275 g/m2 (alternative)
• 20 µm for ‘A’ and 20 µm for ‘B’ side
• Żyrardów manufacture only
Product description
• Organic coatings
– polyester SP 15 µm
• internal applications
– polyester SP 25 µm (alternative)
• Żyrardów manufacture only
• Colours:
– RAL 9002,
– RAL 9010.
Product description
• For buildings with increased acoustic insulation of walls
and roofs, perforated liner trays are produced.
• Perforation grade: 15% (3mm, c/c 7.4 mm)
Application in buildings
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Application in buildings
• Ruukki liner trays are used as
elements of sandwich walls and
roofs in the following buildings:
– production halls
– warehouses
– shopping centers
– office buildings
– sports buildings
Technical parameters
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Technical parameters – TrayPan
• Ruukki’s TrayPan software is used to dimension the
liner trays
Technical parameters
• Fire resistance
– I (insulation)
– E (integrity)
– W (radiation)
• Thermal transmittance
– UC [W/m2K]
• Sound insulation (sound reduction)
– RW [dB]
Technical parameters
1
Structure
description
2
LT100-600S
LT100-600S
MW Isover Polterm
MW Isover
Uni 100mm
Super Mata
35kg/m3
100mm 35kg/m3
T20-79-1100
T20-79-1100
3
4
5
LT100-600S
MW Isover
Aku Plyta
100mm 35kg/m3
T20-79-1100
LT100-600S
MW Polterm
Max 100mm
55kg/m3+PT
40mm 80kg/m3
T20-79-1100
LT100-600S
MW Stalrock
Max 140mm
55kg/m3
T20-79-1100
EI 60 min.
EI 60 min.
EW 180 min. EW 180 min.
Fire resistance
EI 30 min.
-
-
Heat insulation
UC [W/m2K]
0.52
0.47
0.50
0.33
-
Sound reduction
RW [dB]
42
33
-
44
-
Corrosion properties
Zinc coating [g/m2]
Z100
Z275
SP 15 µm
C1, C2
-
SP 25 µm
-
C1, C2, C3
Certification
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Certification
LT100–200-600S
LT100–200-600SB
Żyrardów
Biatorbágy
CE Marking
CE Marking
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=
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•CE Marking in accordance
with EN 14782:2006
•CE Marking in accordance
with EN 14782:2006
•EC Declaration of
Conformity
•EC Declaration of
Conformity
References
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References
Project description:
• Technology Center, Żyrardów
• LT100-600S
• 2002
References
Project description:
• Shopping center, Poznań
• LT100-600S
• 2007
References
Project description:
• Shopping center, Poznań
• LT100-600S
• 2007
References
Project description:
• Technology Center, Żyrardów
• LT100-600S, perforated
• 2002
Thank you for your interest