Ravatherm XPS X 700
Ravatherm XPS X 700

    Ravatherm XPS X 700

    Single-layer XPS extruded polystyrene foam sheet with smooth surface skin and: anthracite gray in color (additivated with Carbon Pure); with VOC Emission classified A+ according to Decr.no 211-321 of 2011; produced with flame retardant PolyFR; equipped with ISO 14025 Environmental Product Declaration (EPD) and complying to Minimum Environmental Criteria (CAM) DM 23-06-2022; with perimeter rebating on all four sides (type RAVATHERM™ XPS X 700 SL)

    -Resistance to compression at 10% deformation according to EN 826 equal to 700 kPa
    -Compressive strength for permanent loads after 50 years with deformation maximum of 2% according to EN1606 equal to 200 kPa for thicknesses <80 mm and 250 kPa for thicknesses ≥80 mm
    -Water absorption by immersion according to EN 12087 equal to 0.7% by volume
    -Moisture absorption by diffusion according to EN 12088 <1% by volume for thicknesses ≥80 mm, <2% for thicknesses ≥50 mm and <80 mm and <3% for thicknesses <50 mm
    -Resistance factor to water vapor passage μ 150 according to EN 12086
    -Average of closed cells according to EN 13164 ≥95%
    -Reaction to fire European Class E according to EN 13501-1
    -Thermal conductivity at 10°C according to EN 13164, 0.031 W/mK for thicknesses <60 mm and 0.032 for thicknesses W/mK ≥60 mm

    Specifikation
    • Thermal resistance

      Thickness TR [m2.K/W]      λD [W/mK]

      40 mm                   1.30              0.031

      50 mm                   1.60              0.031

      60 mm                   1.85              0.032

      80 mm                   2.50              0.032

      100 mm                 3.10              0.032

      120 mm                 3.75              0.032

      Compressive strength at 10% strain1 CS(10\Y) = 700 kPa

      Modules (typical value) Elastic modulus1 [MPa]

      Thickness

      <50 mm                                                    20

      ≥50 mm                                                    25

      Long-term compressive strength (2% deformation after 50 years)

      Thickness CC(2/1.5/50) [kPa]

      <80 mm                           200

      ≥80 mm                           250

      Vapor diffusion resistance factor μ : MU = 150

      Long-term water absorption by total immersion WL(T) = 0.7%

      Water absorption by diffusion

      Thickness WD(V) [%]

      <50 mm               3

      50 - 79 mm          2

      ≥80 mm               1

      Water absorption after freeze-thaw cycles : FTCD = 1%

      Dimensional stability at conditioned temperature and humidity (70°C, 90%) : DS(70,90) < 5%

      Deformation under specific loading and temperature conditions (40kPa, 70°C) : DLT(2)5 < 5%

      Coefficient of linear thermal expansion (typical value) : 0.07 mm/(m.K)

      Reaction to fire (Euroclass) : E

      Maximum operating temperature : -50/+75°C

      Dimensional tolerances : T1

      Thickness :

      <50 mm                      ±2 mm

      50 - 120 mm              -2/+3 mm

      >120 mm                   -2/+6 mm

      Width :                     -3/+3 mm

      Length : -                   6/+6 mm

      Dimensions

      Thickness : 40 - 120mm

      Width : 600mm

      Length : 1250mm

      Specific heat : 1450 J/(Kg.K)

      Profiles : rebated stepped on 4 sides

      Surface finish : with skin

      Closed cell content : ≥95%

      Designation code : XPS - EN 13164 - T1 - CS(10\Y)700 - <80mm CC(2/1.5/50)200 ≥80mm: CC(2/1.5/50)250 - DS(70,90) - DLT(2)5 - <50mm: WD(V)3 / ≥50mm & - <80mm: WD(V)2 / ≥80mm:WD(V)1 - WL(T)0.7 - FTCD1 - MU150

      1) 1 Measured in the direction of thickness

      2) Certified values for thicknesses >120mm

      1 N/mm² = 10³ kPa = 1MPa

    Teknisk specifikation
    • Unik ref.Ravatherm-XPS-X-700
    • TypeByggematerialer
    • Udgivelsesdato2024-04-22
    • Udgavenummer1
    Klassifikation
    • BIMobject-kategoriByggematerialer - Isolering
    • OmniClass-nummer23-13 25 19 11 11 13
    • OmniClass-betegnelseExtruded Polystyrene Slab and Board Thermal Insulation

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