Insulation for outside walls
Insulation for outside walls - LINITHERM PAL SIL

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LINITHERM PAL SIL

Slim interior insulation for outside walls – protects from heat & cold, humidity, and mould growth

LINITHERM PAL SIL L

interior wall insulatoin elements in case walls are to be tiled or beneath flat roofs

LINITHERM PAL SIL COIGN

Thermal bridges caused by buildings parts (like ceilings, floors, interior walls) which are connected with the exterior wall will be reduced by the insulating those parts with LINTIEHRM PALS SIL COIGN which will extend into the room by approx 50 cm from the border of the building part.

LINITHERM PAL SIL REVEAL COIGN

Insulate all of a piece, no change of materials, same surface treatment



Reliable insulation ...
  • For buildings with listed façade, for multi-family and terraced houses ...
  • Silicate panel bonded on
  • Can be plastered, painted, and wallpapered
  • Highly effective protection from heat & cold
  • Surface-active against damage from humidity, resists mould growth
  • Prevents the formation of condensation water
  • Can be plastered, painted, and wallpapered

... in perfect professional quality ...
  • With integral vapour barrier
  • Full-surface, seamless insulation for continuous installation
  • Light weight and manageable
  • Safe construction in terms of building physics

... 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

Insulation for outside walls - LINITHERM PAL SIL
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E, aluminium foil on both sides
Facing: Interior surface with silicate panel, 6 mm thick
Edge joints: Grooved on all sides for wood key (included in delivery); Silicate panel bevelled
Deckmaß: 2500 x 600 mm (= for calculation)
Thickness mm
total
Thickness mm
PUR/PIR
Thickness mm
Silicate panel
Pallet contents
Quantity / m²
TCL
PUR/PIR
U-value 1
[W/(m²K)]
36 30 6 45 67.5 022 0.64
46 40 6 36 54.0 022 0.50
66 60 6 26 39.0 022 0.34


Insulation for outside walls - LINITHERM PAL SIL cutting board
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E, aluminium foil on both sides
Facing: Interior surface with silicate panel, 6 mm thick
Edge joints: unedged
Coverage: 2500 x 620 mm (= for calculation)
Thickness mm
total
Thickness mm
PUR/PIR
Thickness mm
Silicate panel
Pallet contents
Quantity / m²
TCL
PUR/PIR
U-value 1
[W/(m²K)]
26 20 6 45 135.0 022 0.91


Insulation for outside walls - LINITHERM PAL SIL L - for walls that will be tiled or under flat roofs
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E, aluminium foil on both sides
System: With integral battens for mechanical fixation
Facing: Interior surface with silicate panel, 6 mm thick
Edge joints: Tongue & groove pressfit joints on long sides, short sides with rabbet edge, silicate panel bevelled
Coverage: 2500 x 600 mm (= for calculation) (coverage is 2 cm less)
Thickness mm
total
Thickness mm
PUR/PIR
Thickness mm
Silicate panel
Pallet contents
Quantity / m²
TCL
PUR/PIR
U-value 1
[W/(m²K)]
46 40 6 36 54.0 022 0.54
66 60 6 26 39.0 022 0.37


Insulation for outside walls - LINITHERM PAL SIL COIGN
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E
System: With integral battens for mechanical fixation
Facing: Interior surface with silicate panel, 6 mm thick
Edge joints: Butt joints on all sides
Coverage: 2500 x 600 mm
Thickness mm
total
Thickness mm
PUR/PIR
Thickness mm
Silicate panel
TCL
PUR/PIR
66/6 60/0 6 028


Insulation for outside walls - LINITHERM PAL SIL REVEAL COIGN
Insulation core: PUR/PIR rigid foam acc. to DIN EN 13165, class E
Facing: Interior surface with silicate panel, 6 mm thick
Edge joints: Butt joints on all sides
Coverage: 2500 x 300 mm
Thickness mm
total
Thickness mm
PUR/PIR
Thickness mm
Silicate panel
TCL
PUR/PIR
26/10 20/4 6 028
1 U-value, taking the thermal transfer resistance Rsi = 0.13 [m²K/W] and Rse = 0.04 [m²K/W] into account. Object-specific features acc. to DIN EN ISO 6946 are not taken into account.