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Polyfoam™ Roofboard Super

Name: Polyfoam™ Roofboard Super
Brand: Polyfoam XPS Ltd
SKU: 6FdAtiRSDHdXVPadAhueTE

Verified by manufacturer 3 months ago

Thermal conductivity: 0.034 W/m·K.

A lightweight, lap jointed board with high compressive strength.

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Application

Thermal insulation of flat roofs including:

A lightweight, lap jointed board with high compressive strength.

Features and benefits:

Excellent thermal performance.
15 mm lap joint.
High compressive strength.
Highly resistant to water absorption.
Able to resist repeated freeze/ thaw cycles.
Lightweight and easy to install.
Tough and durable, not easily damaged.
Dimensionally stable.
Thermal performance of an inverted roof is improved when used in conjunction with ‎Polyfoam Slimline Zero Membrane (specified separately).
Represents no known threat to the environment and has zero Ozone Depletion Potential (ODP) and a Global Warming Potential (GWP) of less than five.
100% recyclable.

Technical characteristics:

Vapour resistivity: The water vapour resistivity of Polyfoam Roofboard Super is 750MNs/g.m when tested in accordance with BS EN 12086.
Moisture absorption: 0.7% by volume when tested in accordance with EN 12087 and can be laid in standing water with negligible impact on the performance of the product.
Durability: Continuous service temperature limits up to +70ºC.

Color	Grey
Material	High density extruded polystyrene (XPS) Extruded polystyrene.
Shape	Rectangle
Length	1250 mm
Width	600 mm
Height	Bespoke

Uniclass	Pr_25_71_63_29 Extruded polystyrene (XPS) boardsPrimary
CAWS	J21/440 Inverted roof insulation J31/340 Inverted roof insulation J41/10 Reinforced bitumen membrane warm deck roof covering J41/440 Inverted roof insulation J42/10 Warm deck roof covering J42/440 Inverted roof insulation Q37/310 Inverted roof insulation

Compressive strength (minimum) at 10% compression	500 kPa. Highly resistant to compression and withstands both occasional and long term static loads. The high compressive strength and rigidity of the boards allows a range of ballast materials including gravel, soil and concrete slabs to be used as part of the construction. Load bearing construction elements should be designed to adequately support the combination of imposed and dead loads without creating excessive deflection.
Thermal conductivity (maximum)	0.034 W/m·K.
Thickness	50 mm. 60 mm.
Face size (length x width)	1250 x 600 mm.
Edges	15 mm lap joint.