Wall cross-sections
Timber frame construction primarily offers unlimited possibilities in wall cross-section combinations, resulting in significant variations in price, insulation, and even soundproofing. We have selected three cross-sections that represent a balanced option between price and quality.
We would like to emphasize that in the construction of our homes, we do not use polystyrene or spray polyurethane foam, which allows us to reduce costs. Furthermore, overly airtight sealing of external partitions hinders the building's breathability and may lead to unwanted moisture, as not everyone uses heat recovery ventilation or proper building ventilation.
One of the undeniable advantages of timber frame and energy-efficient construction is its rapid realization time, which takes only a few months. Contrary to "our native" stereotypes, this construction is very durable and long-lasting. Many houses that have survived a hundred or more years are a testament to the effectiveness of this technology worldwide. We invite you to our knowledge base, and we will be happy to answer any questions.
Cross-Sections we have
Roof cross-sections
External Wall U=0,119 W/m²K
Thermal Protection
U = 0,12 W/m²K
GEG 2020 Bestand: U<0,24 W/m²K
Excellent
Insufficient
Moisture Resistance
No condensation
Excellent
Insufficient
Heat Protection
Temperature amplitude damping: 94
Phase shift: 18,0h
Internal heat capacity: 48 kJ/m²K
Excellent
Insufficient
Ceiling cross-sections
External Wall U=0,150 W/m²K
Thermal Protection
U = 0,15 W/m²K
GEG 2020 Bestand: U<0,24 W/m²K
Excellent
Insufficient
Moisture Resistance
No condensation
Excellent
Insufficient
Heat Protection
Temperature amplitude damping: 15
Phase shift: 12,3h
Internal heat capacity: 28 kJ/m²K
Excellent
Insufficient
Roof cross-sections
External Wall U=0,132 W/m²K
Thermal Protection
U = 0,13 W/m²K
Heating from both sides: no requirements
Excellent
Insufficient
Moisture Resistance
No condensation
Excellent
Insufficient
Heat Protection
Temperature amplitude damping: 20
Phase shift: 12,8h
Internal heat capacity: 31 kJ/m²K
Excellent
Insufficient