Work instruction for builders
Work instruction for designers
Thermal bridge values for TermoPlokk 320 joints
By using the correct thermal bridge values for TermoPlokk joints*, we achieve real results that are significantly better compared to those specified in the Energy Efficiency Regulation.
- Foundation A-block thermal bridge ψ=-0,20 W/(mK)
- Foundation L-block thermal bridge ψ=-0,005 W/(mK)
- Window joint thermal bridge ψ=-0,007 W/(mK) (both lower and upper are the same, lacking the usual difference)
- Pitched roof joint thermal bridge ψ=-0,067 W/(mK)
- Flat roof joint thermal bridge ψ=0,058 W/(mK)
- Wooden intermediate floor joint thermal bridge puudub
- Concrete intermediate floor joint thermal bridge ψ=0,103 W/(mK)
- Lintel joint thermal bridge ψ=0,139 W/(mK)
- External wall corner thermal bridge ψ=-0,058 W/(mK)
- Module joint thermal bridge ψ=0,036 W/(mK)
* The calculations for thermal bridges were assisted by the Core Laboratory of Energy-Efficient Construction at the University of Tartu and Mr. A. Piirfeld.
Thermal bridge values for TermoPlokk 420 joints
By using the correct thermal bridge values for TermoPlokk joints*, we achieve real results that are significantly better compared to those specified in the Energy Efficiency Regulation.
- Foundation A-block thermal bridge ψ=-0,255 W/(mK)
- Foundation L-block thermal bridge ψ=-0,168 W/(mK)
- Window joint thermal bridge ψ=-0,019 W/(mK) (both lower and upper are the same, lacking the usual difference)
- Pitched roof joint thermal bridge ψ=-0,065 W/(mK)
- Flat roof joint thermal bridge ψ=0,044 W/(mK)
- Wooden intermediate floor joint thermal bridge puudub
- Concrete intermediate floor joint thermal bridge ψ=0,081 W/(mK)
- Lintel joint thermal bridge ψ=-0,022 W/(mK)
- External wall corner thermal bridge ψ=-0,060 W/(mK)
- Internal wall corner thermal bridge ψ= 0,023 W/(mK)
* The calculations for thermal bridges were assisted by the Core Laboratory of Energy-Efficient Construction at the University of Tartu and Mr. A. Piirfeld.
