2013-01-21 igsb presentation englisch final · 2013. 4. 23. · 2010: bmw world,munich|the squaire,...
TRANSCRIPT
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Agenda
Introduction of Interessengemeinschaft Stahl‐Brandschutzbeschichtung (IGSB)(Association for Steel Fire Protection Coatings)
Steel Fire Protection System – Mode of action
Steel Fire Protection System – Past & Present(Where do we come from?)
Steel Fire Protection System – What you can expect!
Steel Fire Protection System in the Future Where we want to be!
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Agenda
Introduction of Interessengemeinschaft Stahl‐Brandschutzbeschichtung (IGSB)
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Members of the IGSB.
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What does the IGSB stand for?
The IGSB
advises and assists building owners, planners, steel workers andprocessors on questions relating to technologies and products
promotes the use of modern fire protection systems on steel
supportswhile planning and implementation
prepares cost‐benefit analysis
provides training and further education
promotes actively scientific co‐operations
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Source: Clariant Deutschland GmbH
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Agenda
Introduction of Interessengemeinschaft Stahl‐Brandschutzbeschichtung (IGSB)
Steel Fire Protection System – Mode of action
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Steel Fire Protection System –Mode of action
A Steel Fire Protection System
foams up due to the effect of heat and provides an insulating layer.
protects the steel construction againstattainment of the critical temperature.
provides an additional and valuable timewindow for rescue & evacuation processand fire fighting operations.
A steel fire protection system is the perfect way for using fire protection bothon simple steel constructions and on modern and high complex steel structures.
Source: Clariant Deutschland GmbHwww.igsb
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Agenda
Introduction of Interessengemeinschaft Stahl‐Brandschutzbeschichtung (IGSB)
Steel Fire Protection System – Mode of action
Steel Fire Protection System – Then & Today(Where do we come from?)
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Agenda
Source: Rudolf Hensel GmbH | © fotolia
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Steel Fire Protection System –Then
1970
1971: Olympic stadium, Munich
1970 www.igsb
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Steel Fire Protection System –Then
architecture recognize the benefits intumescent solvent based application on open steel profiles fire resistance R30 higher layer thickness (2‐3mm) mainly interior use
1971: Olympic stadium, Munich
Source: Rudolf Hensel GmbH | © fotolia
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Steel Fire Protection System –Then
1971: Olympic stadium, Munich
1989: Lufthansa hangar, Erding
1980www.igsb
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Steel Fire Protection System –Then
1989: Lufthansa hangar, Erding
realization of large construction projects consisting of steel‐, corrosion protection‐and fire protection systems
introduction of the first so called single layer‐systems with lower solvent content
furthermore mainly solvent based intumescent increasing colored designs based on a variation
possibilities of top coatings Source: Sika Deutschland
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Steel Fire Protection System –Then
1971: Olympic stadium, Munich
1989: Lufthansa hangar, Erding
1990: Telekom INMC, Frankfurt
1990
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Steel Fire Protection System –Then
1990: Telekom INMC, Frankfurt
introduction of water‐born intumescent fire resistance up to 60 minutes (R60) interior use without top coat a new generation of raw materials allows
more efficient recipes: ‐ higher weathering resistance‐ low application amounts
Source: Sika Deutschlandwww.igsb
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Steel Fire Protection System –Today
1971: Olympic stadium, Munich
1989: Lufthansa hangar, Erding
1990: Telekom INMC, Frankfurt
2003: Post Tower, Bonn2003: Berliner Bogen, Hamburg2006: Zeche Nordstern, Gelsenkirchen‐Horst
2000
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Steel Fire Protection System –Today2003: Post Tower, Bonn2003: Berliner Bogen, Hamburg2006: Zeche Nordstern, Gelsenkirchen‐Horst
first R90 approvals of solvent based intumescent first R90 approvals of water‐born intumescent projects with extremely exacting requirements
on surfaces (smooth or structured) decorative steel fire protection systems are
becoming increasingly important in the world
Source: Rudolf Hensel GmbH
Source: Rudolf Hensel GmbH
Source: Rudolf Hensel GmbH | © Werner J. Hannappel, Tomas Riehle www.igsb
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Steel Fire Protection System –Today
1971: Olympic stadium, Munich1989: Lufthansa hangar, Erding1990: Telekom INMC, Frankfurt
2003: Post Tower, Bonn2003: Berliner Bogen, Hamburg2006: Zeche Nordstern, Gelsenkirchen‐Horst
2010: BMW World, Munich|Airrail Center, Frankfurt2011: Ballsporthalle (ball sports hall), Vilsbiburg
2010 2020
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Steel Fire Protection System –Today2010: BMW World, Munich|The Squaire, Frankfurt (formerly „Airrail Center“)2011: Ballsporthalle (ball sports hall), Vilsbiburg
R90 steel fire protection systems becomes moreattractive to plaster‐ and plate‐systems
layer thickness for R90 in the range of 2‐4mm (plaster‐ and plate‐systems requires ≥ 20mm)
DekoPaint‐guideline (2010) requires particularlylow VOC‐values of coating products
increased demands for Green Building, sustainable construction and LEED Source: Sika Deutschland
Source: InternationalSource: Rudolf Hensel GmbHwww.igsb
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Steel Fire Protection System –Today1971: Olympic stadium, Munich1989: Lufthansa hangar, Erding1990: Telekom INMC, Frankfurt
2003: Post Tower, Bonn2003: Berliner Bogen, Hamburg2006: Zeche Nordstern, Gelsenkirchen‐Horst
2010: BMW World, Munich|Airrail Center, Frankfurt2011: Ballsporthalle, Vilsbiburg
2012: Hugo Boss, Metzingen2012: MTU, Munich2012: European Central Bank(ECB), Frankfurt
2012 2020
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Steel Fire Protection System –Today2012: Hugo Boss, Metzingen2012: MTU, München2012: European Central Bank (ECB), Frankfurt
R90 steel fire protection system layer thickness for R90 (2‐4mm) lower VOC‐values of coating products Green Building and LEED
Source: Rudolf Hensel GmbH | © Riehle +Assoziierte GmbH+Co. KG
Source: Sika Deutschland Source: Rudolf Hensel GmbH | © COOP Himmelb(l)auwww.igsb
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Agenda
Introduction of Interessengemeinschaft Stahl‐Brandschutzbeschichtung (IGSB)(Community of Interests of Steel Fire Protection System)
Steel Fire Protection System – Mode of action
Steel Fire Protection System – Then & Today(Where do we come from?)
Steel Fire Protection System – What you can expect!
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Steel Fire Protection System –What you can expect!
A requirement in Europe creates a transparent marketof approvals for manufacturers and users.
35 countries in Europe have meanwhile nationally recognized the necessary standards.
Harmonized European standards in combination with the EuroCodes (EN) extend the application possibilities.
This increases the flexibility of the project design. Critical steel temperatures up to 750 °C are possible. Higher critical steel temperatures reduces the layer
thickness to be applied.
Source: Rudolf Hensel GmbH | © fotolia
Source: Rudolf Hensel GmbH
Hp/A DIN (500°C) EN (500°C) EN (750°C)[m‐1] [µm] [µm] [µm]
100 1200 750 250
200 1800 1000 500
300 2800 1250 750
R60 – Columns (4‐sided)
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Steel Fire Protection System –What you can expect!
Project comparison: R60 according to DIN vs. ENIntumescent: interior use, water‐borneArea: 1.800 m² (open steel profiles, 4‐sides, steel sheets with different thicknesses)Steel price: incl. dimensions and screws (without installation, housing and scaffolding)
Source: Rudolf Hensel GmbH
≅ for the benefit of EN approx. Euro 30k (≅10%)
SteelIC+Appl
Primer+Appl
F60 DIN F60 EN
Euro
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Agenda
Introduction of Interessengemeinschaft Stahl‐Brandschutzbeschichtung (IGSB)(Community of Interests of Steel Fire Protection System)
Steel Fire Protection System – Mode of action
Steel Fire Protection System – Then & Today(Where do we come from?)
Steel Fire Protection System – What you can expect!
Steel Fire Protection System in the Future Where we want to be!
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Steel Fire Protection System –Where we want to be!
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Steel Fire Protection System –Where we want to be! (1/2)
Modern steel fire protection systems for sustainable construction:
water‐born plasticizer‐free free of substances of very high concern
(so called SVHCs)1),3) free of CMR substances according to CMR‐list2),3) free of halogenated substances3)
Source: Rudolf Hensel GmbH | © fotolia
1) In accordance with REACH‐regulation(EG) No. 1907/20062) CMR (carcinogenic, mutagenic or toxic for reproduction)BAuA* (CLP‐regulation 1272/EG/2008 and TRGS 905/906)
3) At a level of > 0,1% contained.
*BAuA, the german „Federal Institute for occupational safety and medicin“www.igsb
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Steel Fire Protection System –Where we want to be! (2/2)
Modern steel fire protection systems for sustainable construction:
Green Building‐Certificates:LEED, BREEAM, DGNB
PCF (Product Carbon Foot printing) „CO2‐foot print“4) according to ISO‐standard 14040/44
Recycling: clearance certificate
Source: Rudolf Hensel GmbH | © fotolia
4) „CO2‐foot print“ used for the reason of simplification instead of „CO2e‐foot print“.
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Steel Fire Protection System –The advantages.
Modern steel fire protection systems
providing maintenance‐free long‐term protection
protecting also against corrosion are aesthetic due to minimal layer thicknesses providing long fire resistance time up to
three hours (R180) protecting also filigree constructions are cost‐effective meet relevant norms and standards throughout
the world are sustainable
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Thank you for your attention!
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Back‐Up
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Steel Fire Protection System –Chemical industry and oil production.
Usage of two‐component systems Fulfillment of enhanced fire protection
requirements (hydrocarbon‐, jetfire) incombination with heavy corrosion protection (C5‐M)
fire resistance time up to three hours (R180) according to international standards for epoxy based products
Source: Internationalwww.igsb
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