Isolink®

Approved by building authorities

Secure façades energy-efficiently

With the thermally separating connection Schöck Isolink®, façades are secured without thermal bridges, achieving the required energy efficiency. This is made possible by the glass fiber composite material Combar®, which features an exceptionally low thermal conductivity.

By 2021, all new buildings must comply with the low energy standard. The building envelope is one of the areas in which the focus is on avoiding thermal bridges. The Schöck Isolink® thermal bridge-free façade fastener is an efficient solution. It consists of the glass-fibre composite material Combar®, which is developed and produced by Schöck. It has an exceptionally low thermal conductivity compared to steel materials. Isolink® is a “certified Passive House component” and therefore ensures that the connection of façades is theoretically thermal bridge-free.

with Schöck Isolink®

With a thermal conductivity of 0.7 W/(m · K), Isolink® is a thermally superior alternative to aluminum, concrete, and stainless steel.

without Schöck Isolink®

Conventional façade fastenings made of stainless steel have a thermal conductivity of 13-15 W/(m · K) – for reinforcing steel and aluminum, this ranges between 50-60 and 160-200 W/(m · K), respectively.

Isolink® was developed for thermal bridge-free fastening of core-insulated concrete façades and back-ventilated curtain wall façades (VCWF).