XFLAM provides incomparable fire resistance to other products on the market. It achieves its FM approvals with simple and cost effective construction details and is the only RCP (rigid cellular plastic) that achieves a Group 1-S classification.
View more videosNew technology drives XFLAM panel systems to high levels of performance while the well tried laminated panel production process delivers unbeatable benefits of dimensional stability, superior surface finish, and superior strength. These performance gains can be translated into cost savings with judicious structural steel design and detailing.
XFLAM doesn’t break down in fire, meaning it doesn’t spread; damage is confined to the immediate areas of fire impact. Combustion is restricted to small clean burning cells creating very little smoke production, contributing to overall safety for occupants, firefighters and the property.
XFLAM comes with a conditional warranty on request for a completed project. Approved project warranties may have a term of up to 36 years for materials and 2 years for workmanship. Not all applications are warrantable.
XFLAM achieves higher insulation rating than EPS. Very low water transmission rates ensure XFLAM can be used in any application previously regarded as the preserve of EPS, PUR, and PIR panel. The high thermal resistance of XFLAM reduces heat flow through walls and ceilings leading to reduced energy consumption, comfortable interior conditions and lower environmental impact.
XFLAM comes with a conditional warranty on request for a completed project. Approved project warranties may have a term of up to 36 years for materials and 2 years for workmanship. Not all applications are warrantable.
Dollar for dollar XFLAM achieves better thermal resistance (R - value) than PIR and PUR systems; savings of up to 30% can be made when calculating the costs of the panel system and the appropriate structural supporting elements together.
The inherent speed of build with XFLAM panelised systems is further enhanced by reduction of structural elements contributing to time and material efficiencies. Value comes from these savings in construction on top of already superior insulation and genuine fire resistance.
Structural costs can be significantly reduced through using XFLAM panel, in comparison to other building materials and insulated panels. It has superior mechanical properties to EPS, PIR, PUR and mineral wool, spanning up to 30% further than PIR and PUR, reducing the cost of supporting structures and freeing up internal spaces.
XFLAM provides extra strength and rigidity that enables long spans and can be used as a structural unit in commercial and residential construction.
No blowing agents are used in the manufacture of XFLAM. XFLAM waste can be returned to the manufacturing process, and because it’s made locally the carbon footprint of transport is minimal. Its advanced insulation ratings ensure the energy consumption is reduced preserving the natural resources of the planet.
The lightweight nature of XFLAM panel ensures that in the event of an earthquake the lateral loadings are minimal. Occupant safety is high and property damage is negligible due to the high bracing capacity and the inherent strength of the steel skins and XFLAM core.
For further detail on spans, thermal values, profiles, densities, and utilisation download the insulated panel pdf in our resource section below.
|
XFLAM |
Mineral Wool |
EPS (Polyfoam) |
Insurer Approved FM Mutual |
Yes FM4881 Exteriors |
Yes Non-Combustible Not a foamed plastic |
Yes Will depend on risk assessment and refrigeration system |
AS 1530.4 Fire Rating of Elements The structural element |
Wall 250mm -/120/115 Wall 100mm - /120/30 Ceiling 100mm -/60/30 Wall 100mm + 13mm FR Gib -/90/60 |
Wall 100mm - /60/60 |
Wall 100mm - /240/0 |
ISO 9705 Time to Flashover Flame barrier |
Group 1-S Group 2-S |
Group 1 |
Group 1-S Group 2-S |
AS1530.3 Spread of Fire |
Ignitability 0 Spread of Flame 0 Heat Evoked 0 Smoke Developed 1 |
Ignitability 0 Spread of Flame 0 Heat Evoked 0 Smoke Developed 2 |
Ignitability 0 Spread of Flame 0 Heat Evoked 0 Smoke Developed 2 |
Peak Heat Release Rate K.w/m2 Refer ISO 5660 |
81 |
Not known |
97 |
Total Heat Release MJ/m2 Refer ISO 5660 |
4.9 |
Not known |
19 |
SMOGRA SMOkeGrowthRAte |
2.2 |
Not known |
3.8 |
Toxicity |
Very Low |
Low |
Low |
R Value 100mm thick panel |
3.22 |
2.92 |
2.62 |
Span at 0.5kpa loading 100mm thick panel |
8.1 |
5.0 |
6.9 |
Refer to the Insulated Panel Sheet & Engineering Calculations in our resources section for more information.
More downloads are available on the ASKIN website. www.askin.net.au