If the roofing is still intact, you don’t have to give up on the benefits of optimum roof insulation. LINITHERM PAL GK is simply screwed onto the underside of rafters or collar beamsor onto cladding. An intact between-rafter insulation remains in place. Skim, paint or wallpaper — done. The warm wall surfaces prevent otherwise commonly occurring draughts.
In perfect professional quality
- With integral vapour barrier
- Plasterboard facing on the inner side
- LINITHERM PAL GKL with additional integral battens to compensate for irregularities of the roof structure
- Full-surface, seamless insulation
- Interior surface can be plastered and wallpapered
For PUR(E) energy saving
- Insulating core made of PU rigid foam
- λD 0.022 W/(mK)
- Positive building biology
Below-rafter insulation - LINITHERM PAL GK
| Insulation core |
PU rigid foam acc. to EN 13165, fire behaviour class E acc. to EN 13501-1, coated with aluminum film on both sides |
| Facing |
Plasterboard facing on the inner side, 9.5 mm thick |
| Edge joints |
Round about grooved for loose plywood spring (included in delivery) |
| Overall dimension |
2500 × 600 mm (= calculation measurement) |
| λD (EN 13165) |
0.022 W/(mK) |
| Thickness mm |
39.5 |
49.5 |
69.5 |
89.5 |
109.5 |
| U-value1) W/(m²K) |
0.65 |
0.50 |
0.34 |
0.26 |
0.21 |
| Other thicknesses on request. |
Below-rafter insulation - LINITHERM PAL GKL
Same as LINITHERM GK, but with additional integral battens to compensate for irregularities of the roof structure
| Insulation core |
PU rigid foam acc. to EN 13165, fire behaviour class E acc. to EN 13501-1, coated with aluminum film on both sides |
| Facing |
Plasterboard facing on the inner side, 9.5 mm thick |
| System |
With integrated battens for compensating unevenness in the roof structure during installation
with adjusting screws (no additional slat framework required) |
| Edge joints |
Round about grooved for loose plywood spring (included in delivery) |
| Overall dimension |
2500 × 600 mm (= calculation measurement) |
| λD (EN 13165) |
0.022 W/(mK) |
| Thickness mm |
49.5 |
69.5 |
| U-value1) W/(m²K) |
0.55 |
0.37 |
1) U-value, taking the thermal transfer resistance Rsi = 0.1 [m²K/W] and Rse = 0.04 [m²K/W] into account. Building-specific characteristics for example as per EN ISO 6946 are not taken into account.
