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Grooved panel (URA)

Length 2 500 mm (±10 mm), Thickness 50, 70, 80, 100, and 220 mm (120–300 mm thick panels available on order)

One side of the panel is grooved length-wise with a horizontal groove on one end and a flat edge at the other end. Using thicker panels reduces the amount of layers that need to be installed, thus speeding up work at the worksite significantly. For example, deck slabs and inverted or green roofs can be built using two layers of FINNFOAM FI-400 URA 220 mm insulation panels, which will provide a U value of 0.09 W/m2K.

TECHNICAL SPECIFICATIONS:

Panel Length Width Thickness
Grooved panel, FI-400 URA 2500 mm 600 mm 50–100, 220 mm

 

 

FI-400 URA

  • Dimensions
  • Technical details
Value Unit According to EN 13164 Standard
Length 2500 mm EN 822
Width 600 mm EN 822
Thickness 50 - 100, 220 mm EN 822
Value Unit According to EN 13164 Standard
Thermal conductivity EN 12667
λ Declared 0,035-0,038 [W/(m K)]
λu, dry structures 0,035-0,038 [W/(m K)]
λu, frost insulation 0,037-0,040 [W/(m K)]
λu, slab-on-ground foundation 0,036-0,039 [W/(m K)]
λu, inverted roof 0,037-0,040 [W/(m K)]
Compressive strength, short-term 45 days, ≥ 30mm 300 kPa CS(10/Y)300 EN 826
Compressive creep over 50 years 180 kPa CC(3,0/2,0/50)180 EN 1606
Design stability < 5 % DS(70,90) EN 1604
Water absorption when fully immersed in the long-term ≤ 0,7 t% WL(T)0,7 EN 12087
Freeze-thaw-resistance ≤ 1 t% FTCD1 EN 12091
Absorption of water by diffusion ≤ 2 t% WD(V)2 EN 12088
Water vapor permeability 150 μ MU150 EN ISO 10456
Capillarity 0
Fire class NPD
Thermal expansion 0,07 [mm/(m K)]
Service temperature - 150... + 75 C° EN ISO 18097
Indoor air emission class M1

Applications:

Inverted Roofs

Inverted Roofs Inverted roofs are one of the most challenging applications for thermal insulation products, as the structure will always hav...

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