Thermal insulation of the highest standard.
Schöck Isokorb®.
Thermal bridges on cantilevered parts of a building often result in increased heat loss, damp walls and mould formation. Schöck's load-bearing thermal insulation elements minimise thermal bridges at the highest level and therefore prevent structural damage without limiting the planners’ scope of design.
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Efficient thermal breaks
As part of the thermal insulation, Schöck Isokorb® provides a thermal break between elements such as balconies, parapets or canopy roofs while transferring load and maintaining full structural integrity.
Huge choice of types for greater freedom of design
Regardless of whether you want to connect concrete to concrete, concrete to steel, or steel to steel, the versatile range of Schöck Isokorb® offers the right solution to protect against thermal bridges in new buildings and balcony renovation projects.
The products are technically certified and come complete with detailed planning literature and software to enhance planning certainty.
Schöck Isokorb® Video
Explore Schöck solutions
The load-bearing thermal insulation element for concrete-concrete structures with 80mm insulation thickness.
The load-bearing thermal insulation element for concrete-concrete structures with 120mm insulating element thickness.
The load-bearing thermal insulation element with glass fibre composite for concrete-concrete structures with 120mm insulating element thickness.
The thermal insulation element for concrete-steel and concrete-timber structures with 80mm or 120mm insulating element thickness.
Load-bearing thermal insulation element for new and renovation steel-steel structures.
The Schöck Isokorb® RT can be used both for the renovation of existing buildings with balconies and for the construction of new balconies on existing buildings.
Structural thermal break for balcony connections in new buildings with flexible installation time.
The innovative solution for minimizing thermal bridges on projecting components revolutionized the construction industry in 1983. Since then, the original has been continuously improved.
