passivhouse

SALAMANDER I passiveHouse_Window

What is the passiveHouse about

Passive houses are buildings that use the energy of solar radiation for their heating - for example through large C-windows.

In addition to the solar gain, passive houses also include:

the avoidance of thermal bridges
airtight building components such as the roof and floor slab
a ventilation system with heat recovery
thermal insulation of the building envelope
as well as passiveHouse_Windows

Save up to 3 months on heating costs

The special profile design and high-quality triple glazing of Salamander passiveHouse_Windows

ensures good insulation
keeps the heat in the house
creates a pleasant indoor climate
significantly reduces the heating requirement
and thus creates an efficient use of energy

The gray areas indicate this: In a passiveHouse, the heating period does not start until October and ends again in March. In a standard house, this period would be longer.

Receive guaranteed subsidies

Salamander passiveHouse_Windows are premium windows and meet the highest requirements according to Dr. Feist.

passiveHouse certificate according to ift

Uw value ≤ 0,80 W/m²K
Uf value ≤ 0,95 W/m²K

passiveHouse certificate according to Dr. Feist

Uw value ≤ 0,80 W/m²K
Uf value ≤ 0,85 W/m²K

Funding from the state-owned Kreditanstalt für Wiederaufbau

Uw value ≤ 0,80 W/m²K

Advantages of the Salamander passiveHouse_windows

Efficient thermal insulation

High-energy window profiles with evoCore insulating core significantly reduce the ecological footprint.

Environmental benefits

To further improve insulation, we use thermally broken steel.

Simple recycling separation

The insulation core can be separated from the plastic profile. This means that both materials can be recycled separately.

Simple configuration

With evoCore and thermally broken steel, the window becomes a passiveHouse_Window very easily.

evoCore and thermally broken steel -
Nobody else has that

With evoCore and thermally broken steel, our windows increase insulation value, reduce the energy consumption of your home and are more environmentally friendly in transportation thanks to 25 % less weight. The easy separability of the plastic profile and PET core enables 100 % recycling.

Use Case: Renovation situation of the windows in a property from the 1960s

The use of recycled foam as an alternative to steel from energy- and material-intensive production significantly reduces the ecological footprint right from the start.
The fRsi value can be improved by the evoCore.

Compare temperature curve:

Structural connection with steel
fRsi = 0,77