Load-bearing thermal insulation element with 80 mm insulation thickness for cantilevered balconies.
Thermal insulation element with 80 mm insulation thickness for cantilevered balconies. The two-part system was specially developed for the requirements of prefabricating plants.
Load-bearing thermal insulation element with 80 mm insulation thickness for cantilevered balconies at external corners of buildings.
Load-bearing thermal insulation element with 80 mm insulation thickness for free cantilevered structural elements or floor slabs with height offset upwards.
Load-bearing thermal insulation element with 80 mm insulation thickness for free cantilevered structural elements or floor slabs with height offset downwards.
Load-bearing thermal insulation element with 80 mm insulation thickness for loggia or column supported balconies.
Supplementary module with 80 mm insulation thickness for the punctual transmission of planned horizontal forces parallel and/or perpendicular to the insulation level.
Load-bearing thermal insulation element with 80 mm insulation thickness suitable for the transfer of forces parallel or perpendicular to the insulation layer, depending on configuration.
Supplementary module with 80 mm insulation thickness for horizontal shear forces and/or vertical uplift moments and tension forces.
Thermal insulation element with 80 mm insulation thickness for use as a filler in various installation situations and fire protection requirements.
Load-bearing thermal insulation element with 80 mm insulation thickness for balconies which encroach into the floor slab area.
Load-bearing thermal insulation element with 80 mm insulation thickness for cantilevered semi-girder.
Load-bearing thermal insulation element with 80 mm insulation thickness for storey-height walls.
The load-bearing thermal insulation element for concrete-concrete structures with 80mm insulation thickness.
Load-bearing thermal insulation element with 120 mm insulation thickness for cantilevered balconies.
Thermal insulation element with 120 mm insulation thickness for cantilevered balconies. The two-part system was specially developed for the requirements of prefabricating plants.
Load-bearing thermal insulation element with 120 mm insulation thickness for cantilevered balconies at external corners of buildings.
Load-bearing thermal insulation element with 120 mm insulation thickness for free cantilevered structural elements or floor slabs with height offset upwards.
Load-bearing thermal insulation element with 120 mm insulation thickness for free cantilevered structural elements or floor slabs with height offset downwards.
Load-bearing thermal insulation element with 120 mm insulation thickness for loggia or column supported balconies.
Supplementary module with 120 mm insulation thickness for the punctual transmission of planned horizontal forces parallel and/or perpendicular to the insulation level.
Supplementary module with 120 mm insulation thickness for the punctuated transfer of planned horizontal loads parallel or/and at right angles to the insulation layer.
Supplementary module with 120 mm insulation thickness for standard existing horizontal forces or positive moments.
Load-bearing thermal insulation element with 120 mm insulation thickness for balconies which encroach into the floor slab area.
Load-bearing thermal insulation element with 120 mm insulation thickness for cantilevered semi-girders.
Load-bearing thermal insulation element with 120 mm insulation thickness for storey height walls.
Load-bearing thermal insulation element with 120 mm insulation thickness for parapets.
Load-bearing thermal insulation element with 120 mm insulation thickness for advanced balustrades.
Load-bearing thermal insulation element with 120 mm insulation thickness for cantilevered elements.
Thermal insulation element with 120 mm insulation thickness for use as an adapter in various installation situations and fire protection requirements.
The load-bearing thermal insulation element for concrete-concrete structures with 120mm insulating element thickness.
Load-bearing thermal insulation element with glass fiber composite and 120 mm insulation thickness for cantilevered balconies.
Load-bearing thermal insulation element with glass fiber composite and 120 mm insulation thickness for cantilevered balconies. The two-part system was specially developed for the requirements of prefabricating plants.
The load-bearing thermal insulation element with glass fibre composite for concrete-concrete structures with 120mm insulating element thickness.
Load-bearing thermal insulation element with 80 mm insulation thickness for connecting cantilevered steel structures to a reinforced concrete slab.
Load-bearing thermal insulation element with 80 mm insulation thickness for connecting supported steel structures to a reinforced concrete slab.
Load-bearing thermal insulation element with 120 mm insulation thickness for connecting cantilevered steel structures to a reinforced concrete slab.
Load-bearing thermal insulation element with 120 mm insulation thickness for connecting supported steel structures to a reinforced concrete slab.
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® prevents heat transmission at cantilevered parts of the building in both cold and warm regions.
The new naming system for Schöck Isokorb® to allow clarity as the product range grows. To make this change easy for you, we explain the new product names in detail here.
Load-bearing thermal insulation elements for cantilevered components.
Façade fasteners for core-insulated element walls with supported facework.
Façade fasteners for core-insulated sandwich walls with supported facework. With depth stop for high-end exposed concrete façades.
Façade fasteners for core-insulated element walls with self-supporting facework. Used diagonally in conjunction with Isolink® type C-EH.
Façade fasteners for core-insulated sandwich walls with self-supporting facework. With depth stop for high-end exposed concrete façades. Used diagonally in conjunction with Isolink® type C-SH.
Thermally separating fasteners for core-insulated concrete walls.
Thermally separating fasteners for rainscreen cladding façades.
Thermally separating fasteners for façade systems.
Thermal insulation element for concrete wall connections.
Water repellent thermal insulation element for basement slabs.
Impact sound insulation element for connecting staircases to landings with a straight joint.
Impact sound insulation element for connecting staircases to landings with corbel support.
Impact sound insulation element for connecting winding staircases to walls.
Impact sound insulation element for connecting staircases to floor slabs.
Impact sound insulation element for connecting landings to staircase walls.
For insulating impact sound at the joint between stairs and wall.
Impact sound insulation between treads and staircase when renovating or retrofitting.
Ready-to-install impact sound insulation elements for all staircase connections.
Heavy duty dowel for the transfer of large shear forces.
Single shear dowel for the transfer of shear forces.
Ready-to-install single shear- and heavy duty dowels for the transfer of shear forces.
Punching shear reinforcement for installation after the slab reinforcement is in place.
Punching shear reinforcement for installation on site and at the prefabricating plant prior to on-site reinforcement with special spacers.
Punching shear reinforcement for installation at prefabricating plants.
Dependable punching shear reinforcement for flat slabs.
Schöck Combar® (composite rebar) belongs to the class of so called fibre composite materials.
All types and accessories at a glance.
Learn more about possible application areas of Schöck Combar®.
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