Fire Performance: Products that Perform when Needed

Kingspan’s insulated panels use a unique high-performance PIR (polyisocyanurate) core and have been tested as they would typically be installed; generally, this means utilising Kingspan’s standard details. Kingspan's fire testing philosophy allows them to be certain that their PIR panels will perform as expected in real-life fire events.

An example of a real-life event was an arson attack on a large Audi dealership in Belgium where the dealership was subjected to a deliberate act of arson to cars parked in the external compound. The building is of steel frame construction clad with Kingspan FM certified PIR cored sandwich panels and provides single storey showroom and workshop accommodation and an internal mezzanine floor for additional vehicles and back of house accommodation.

Details of the fire:

The PIR cored sandwich panels were subject to an intense fire likely to have lasted at least 15 minutes from the ignition.
It is likely that the cladding will have been subjected to peak incident radiative heat flux of at least 31.8kW/m² for a period of at least 10 minutes.
The sandwich panels exposed to these conditions sustained damage in terms of delamination of the exposed steel skin of the panels away from the PIR core, removal of the paint coating and pyrolysis of the PIR core material to a depth of approximately 40mm.
There was no evidence of fire propagation within the panels.

Kingspan is dedicated to building solutions that not only deliver superior construction efficiencies and lifetime performance but are underpinned by extensive system fire testing and proven fire performance. Kingspan's roof, wall and facade systems are extensively tested for compliance with building regulations and insurance industry approval.

Kingspan Architectural Wall Panel System

Kingspan Insulated Panels

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This secret-fix wall panel system offers unprecedented freedom of design and performance.

An insulated wall panel system for use on residential, communal residential, communal non-residential, commercial, industrial buildings and outbuildings

All Kingspan panels, including Architectural Wall Panels, are typically tested up to 3.6kPa for normal conditions (ULS) and up to 15kPa for cyclonic conditions (ULS). These limits easily exceed the requirements of NZS3604, including Extra High wind zones.

Corrosion Exposure Zone B

Corrosion Exposure Zone C

Corrosion Exposure Zone D

High Earthquake Zone

Low Earthquake Zone

Medium Earthquake Zone

Very High Earthquake Zone

Extra High Wind Zone

High Wind Zone

Low Wind Zone

Medium Wind Zone

Specific Design Wind Zone

Very High WInd Zone

Architectural Wall Panels hold a CodeMark Certificate of Conformity stating the provisions of the Building Regulations 2008 (New Zealand) the product conforms to.

CodeMark Certificate of Conformity is certified under the name Kingspan Insulated Panels Architectural Wall Panels (AWP) and Evolution (EVO). Certificate number: CM20114 Rev V2.

For further details please contact the Kingspan Technical Service Department or alternatively refer to the MBiE — Product Certificate Register and search for 'Kingspan KS1000AWP'.

When designed, used, installed and maintained in accordance with Kingspan standard details, the Architectural Wall Panel is compliant with the following clauses on the NZBC:

B1 Structure — B1.3.1; B1.3.2; B1.3.3(a, f, g, h, j); B1.3.4
B2 Durability — B2.3.1(b)
C3 Fire Affecting Areas Beyond the Fire Source — C3.4(a); C3.5; C3.7
E2 External Moisture — (contributes to) E2.3.2; E2.3.7
E3 Internal Moisture — E3.3.5
F2 Hazardous Building Materials — F2.3.1
H1 Energy Efficiency — (contributes to) H1.3.1

Codemark Certification demonstrates compliance to the NZBC equivalent of an Acceptable Solution. Some specialist buildings may fall partially or wholly outside of the scope of the Codemark Certificate, should this occur then please contact Kingspan Technical for assistance in demonstrating NZBC compliance via an Alternative Solution.

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