LINITHERM insulation systems
Below-rafter insulation with LINITHERM PAL 2

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LINITHERM PAL 2
LINITHERM PAL 2L

Insulation system installed below the rafters or collar beams for improving the existing between-rafter insulation

Reliable insulation ...
  • Minimum thickness for more living space
  • Improved insulation under plasterboards or wood panelling
  • Also with integral battens
  • Protection from electrosmog

... in perfect professional quality ...
  • Installation below the rafters
  • No additional slat framework required
  • With integral vapour barrier
  • Eeasy handling because of tongue & groove pressfit joints on the long sides
  • Full-surface, seamless insulation

... for PUR(E) energy saving
  • Protection from heat in summer
  • Thermal protection in winter
  • Insulating core made of PUR/PIR rigid foam
  • Consistently high insulation values (TCL 022)
  • Maximum insulation with minimum panel thickness
  • Positive building biology
  • Positive life-cycle assessment

Below-rafter insulation - LINITHERM PAL 2
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E, aluminium foil on both sides
Edge joints: Grooved on all sides for wood key (included in delivery)
Outside dimensions: 2500 x 600 mm (for calculation)
Thickness mm
total
Pallet contents
Quantity / m²
TCL
PUR/PIR
U-value 1
[W/(m²K)]
40 50 77.5 022 0.51
60 33 51.2 022 0.35
80 25 38.3 022 0.27
100 20 31.0 022 0.21
Other sizes on request.


Below-rafter insulation - LINITHERM PAL 2Lwith integral battens
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E, aluminium foil on both sides
System: With integral battens for compensating irregularities in the roof structure during installation with adjusting screws (no additional slat framework required)
Edge joints: Grooved on all sides for wood key (included in delivery)
Outside dimensions: 2500 x 600 mm (for calculation)
Thickness mm
total
Pallet contents
Quantity / m²
TCL
PUR/PIR
U-value 1
[W/(m²K)]
40 50 77.5 022 0.56
60 33 51.2 022 0.37
Other sizes on request.
1 U-value, taking the thermal transfer resistance Rsi = 0.1 [m²K/W] and Rse = 0.04 [m²K/W] into account. Object-specific features acc. to DIN EN ISO 6946 are not taken into account.