English

LINITHERM PAL HWM

LINITHERM PAL HWM – The above-rafter thermal insulation system for thermal and noise insulation under metal or slated roofs

LINITHERM PAL HWM is quadruple protection in one workstep: thermal and noise insulation, protection from electrosmog and full-faced subconstruction for planking in just a single element.

In perfect professional quality

  • With aluminium lining on both sides
  • For installation on formwork
  • Wood fibre board bonded in factory as well as acoustic board on the underside
  • Full-faced subconstruction for planking
  • No more looking for attachment points
  • With integral vapour barrier

For PUR(E) energy saving

  • Insulating core made of PU rigid foam
  • λD 0,022 W/(mK)
  • Positive building biology

Over-rafter insulation system - LINITHERM PAL HWM

Insulation core PU rigid foam acc. to EN 13165, fire behavior class E acc. to EN 13501-1, coated with aluminum film on both sides
Facing Covered with a 22 mm derived wood panel for attaching the slates or metal roofing, lower side with a soundproofing panel, 40 mm
Edge joints Tongue & groove pressfit joints on all sides, derived wood panel with T&G and 2mm expansion joint
Please note When building the sub-roof and the entire roof support structure, the rules of the trade as well as the notes and guidelines in the separate Linzmeier leaflet must be observed
Overall dimension 2420 × 580 mm (= calculation measurement)
λD (EN 13165) 0.022 W/(mK)
λD sound insulation 0.039 W/(mK)
Thickness total mm 142 162 182 202 222
U-value W/(m²K) 0.20 0.17 0.15 0.13 0.12
1) Roof pitch as specified, and in accordance with the rules of the ZVDH (Central Association of German Roofers).
»pure life« certification applies to PU insulation board
Wir benutzen Cookies um für Sie eine möglichst komfortable Bedienung und Funktionalität zu gewährleisten. Wenn Sie ohne Änderung Ihrer Einstellungen fortfahren, gehen wir davon aus, dass Sie damit einverstanden sind, alle Cookies von unserer Website zu empfangen. Diese Einstellungen können Sie jederzeit ändern. Weitere Informationen.