Newly certified Manufacturers Certification criteria

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Sliding doors

Sliding doors and windows enable generous connections between interior and exterior spaces, thereby significantly enhancing spatial quality and flexibility of use. However, due to the fact that the fixed and operable elements run on different planes, specific design challenges arise, which can lead to increased heat losses compared to tilt-and-turn systems. When using sliding systems, it is therefore essential to rely on certified components in order to ensure sufficiently high surface temperatures, particularly in the area of the interlock profile (central offset between planes), thereby preventing condensation.

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Manufacturers

Sliding door phB Aluminium 0.80 W/(m2K) Cool, temperate KR kwi 2016 -
Sliding door phA GFRP 0.76 W/(m2K) Cool, temperate CA lip 2018 -
Sliding door phB Timber / aluminium 0.80 W/(m2K) Cool, temperate DE lut 2022 Inward opening
Sliding door phB Aluminium 0.80 W/(m2K) Cool, temperate DE kwi 2017 -
Sliding door phA Timber / aluminium 0.79 W/(m2K) Cool, temperate CN sie 2016 -
Sliding door phA Timber / aluminium 0.79 W/(m2K) Cool, temperate AT kwi 2013 -
Sliding door phB Aluminium 0.80 W/(m2K) Cool, temperate FI mar 2017 -
Sliding door phA Timber / aluminium 0.78 W/(m2K) Cool, temperate CN | SK | SE | AT | ES | US | KR | JP | DE | LV | IE lut 2012 -
Sliding door phB PVC 0.80 W/(m2K) Cool, temperate CA maj 2025 -
Sliding door phB PVC 0.78 W/(m2K) Cool, temperate CA lis 2019 -