BIM objects - Free download! Ravatherm XPS 700 Insulation panel

Ravatherm XPS 700 Insulation panel

RAVATHERM™ XPS 700 SL closed-cell polystyrene foam thermal insulation, with its excellent thermal insulation capability, high compressive strength and resistance to moisture, can be safely used in locations where good thermal insulation capability is only one of many complex requirements. It is suitable for load-bearing industrial floors, base slabs or high-load rooftop car parks.

RAVATHERM™ XPS 700 SL thermal insulation can be used in a wide range of applications, thanks to its beneficial properties as a result of its closed-cell material structure:

-permanently high thermal insulation level

-negligible moisture uptake

-high strength and rigidity

-dimensional stability

-resistance to rot and deterioration

simple and quick installation with only a small amount of waste.

RAVATHERM™ XPS 700 SL thermal insulation is manufactured by extrusion production procedure, resulting in a homogeneous, closed-cell material structure, a smooth surface skin (extrusion skin) and many favourable material properties:

-permanently high thermal insulation performance

-water and frost resistance

-high compressive strength

-high flexible rigidity

-high vapor diffusion resistance

For floors RAVATHERM™ XPS 700 SL thermal insulation can be applied either above or below the reinforced concrete slab, even if laid down directly on to the ground. In this case the framework of the reinforced concrete floor structure can be assembled on top of the thermal insulation. The insulation of the building against soil moisture can also be prepared here. Using this method can save a layer of blind concrete, reducing costs.

ADVANTAGES

-built-in insulation-protection

-resistance to rot and deterioration

-high insulation performance over decades

-high moisture resistance

-low compression

-high E-modulus

-frost-resisting

-simple structural design and workability

-resistance to freeze-thaw cycles

Specification

RAVATHERM™ XPS 700 SL
Thermal Conductivity Declared
40 - 80 mm 0,034 W/m.K
100 -160 mm 0,035 W/m.K
Compressive stress or compressive strength@ 10% deformation 700 kPa CS(10\Y) EN 826
Compressive Creep max after 50 years < 2% deformation under stress σC 250 kPa CC(2/1.5/50)σ EN 1606
Water vapour diffusion resistance factor μ (tabulated value) 150 - EN 12086
Long term water absorption by total immersion < 0.7 % EN 12087
Water pick-up by diffusion EN 12088
40 mm 3%
50 - 60 mm 2%
80 - 160 mm 1%
Water pick up after Freeze Thaw < 1 % EN 12091
Dimensional stability under specified temperature (70°C) and humidity
conditions (90%rh) < 5 % EN 1604
Deformation under specified compressive load (40kPa) and temperature (70°C)
conditions < 5 % EN 1605
Coefficient of linear thermal expansion (typical value) 0.07 mm/(m.K)
Fire Performance E Euroclass EN 13501-1
Temperature limits -50/+75 °C
Thickness tolerances 1 Class EN 823
Edge Profile Ship lap
Surface finish Skin