Nouvellement certifié Fabricants Critères de certification

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Glazing edge bonds

The glazing edge bond is one of the weakest thermal points in the building envelope. As a linear thermal bridge between glass and frame, it can significantly influence the overall energy balance of a Passive House building due to the large number of linear metres in typical façades. Reducing the linear heat loss coefficient (Ψg) is therefore essential for achieving low window U-values and preventing condensation. Warm-edge spacers made of low-conductivity materials minimize heat loss compared to conventional metal spacers. Optimized glazing edge systems improve surface temperatures, reduce thermal bridging and are a key element in certified Passive House windows.

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Fabricants

4.5 (m K/W) Frais, tempéré nov. 2021
3.9 (m K/W) Froid nov. 2021
1.9 (m K/W) Chaud, tempéré déc. 2019
2.2 (m K/W) Chaud, tempéré déc. 2019
3.6 (m K/W) Froid déc. 2019
3.6 (m K/W) Froid déc. 2019
3.4 (m K/W) Frais, tempéré déc. 2019
4.4 (m K/W) Froid juin 2019
4.4 (m K/W) Froid févr. 2020
4.0 (m K/W) Froid janv. 2020
3.8 (m K/W) Froid juil. 2022
2.6 (m K/W) Chaud, tempéré déc. 2020
5.3 (m K/W) Antarctique déc. 2019
6.5 (m K/W) Antarctique nov. 2019
5.0 (m K/W) Antarctique nov. 2019
4.3 (m K/W) Froid nov. 2019
4.3 (m K/W) Froid mars 2021
3.7 (m K/W) Froid déc. 2019
5.1 (m K/W) Antarctique déc. 2019
5.1 (m K/W) Antarctique mars 2026
5.0 (m K/W) Antarctique janv. 2023
3.4 (m K/W) Frais, tempéré mars 2020
4.1 (m K/W) Froid juil. 2024
3.4 (m K/W) Frais, tempéré déc. 2019
5.1 (m K/W) Antarctique janv. 2020
4.9 (m K/W) Antarctique avril 2023
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