Wall holders

Wall holder for ventilated rainscreen façades.


Found 7 products and 622 variants

Found 7 products and 622 variants

Wall holders FLH AL

Wall holders FLH AL

L-wall holders for ventilated rainscreen façades.
Show 444 variants
Wall holders FUH AL

Wall holders FUH AL

U-wall holders for ventilated rainscreen façades.
Show 42 variants
Wall holders ZeLa

Wall holders ZeLa

Thermally decoupled wall holders for ventilated rainscreen façades.
Show 51 variants
Wall holders ZeLa Click

Wall holders ZeLa Click

Thermally optimised wall holders with console made of GRP for ventilated rainscreen façades.
Show 25 variants
Wood wall holders FTH

Wood wall holders FTH

Combination solution for wooden and aluminum subframes.
Show 2 variants
Rod system wall holders ATK 601

Rod system wall holders ATK 601

The ATK 601 wall holder set for push-through installation as a rod system.
Show 48 variants
Wall holders FPH

Wall holders FPH

Wall holder with fixing points on both sides.
Show 10 variants
Viewed 7 of 7 products

Wall holders

Wall holder for ventilated rainscreen façades.

The wall holders are an essential part of the façade subframe for ventilated rainscreen façades. They are fixed to the building substrate with fischer fixings (such as frame fixings SXRL) and transfer the loads of the façade. The assortment offers the right solution for every application. In addition to the standard L-wall holders, there are, for example, special products for optimised structural-physical efficiency or also for the renovation of façades. To reduce thermal bridges, the wall holders can also be fitted with thermostops. To enable all common insulation thicknesses and façade projections, the wall holders are designed in different projection lengths. To compensate the thermal expansion of the subframe profiles, the wall holders are used both as fixed and sliding points. In addition to the proportional wind loads, the fixed point absorbs the entire dead load of the façade panels and substructure. The sliding point with its slotted holes also ensures that the vertical profile can slide due to thermal expansion. The sliding point also absorbs wind loads.

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