Become an A&B portal user and receive giveaways!
Become an A&B portal user and receive giveaways!
maximize

Modern City development using Schöck Isokorb®

31 of March '22


The Modern City project is a phased multi-family building complex located in Warsaw's Bemowo district. The low-rise buildings are maintained in a modernist style.

The facade finishes use color combinations of light and dark shades, adding numerous glazings. The buildings are equipped with photovoltaic panels. The estate provides external and internal parking spaces, children's playgrounds, numerous plant arrangements in leisure zones. The residential units have been functionally designed with varying areas from 32 to 84 square meters. An additional advantage is the Smart House system, which allows home appliances to be controlled by, for example, a smartphone, making the apartment even more functional and energy-efficient.

Insulating balconies with Schöck Isokorb® connectors.

Balconies, loggias and terraces use Schöck solutions.

Schöck Isokorb® is a load-bearing thermal insulation connector that performs thermal separation of such structural elements as balconies, attics or canopies. Whether reinforced concrete-to-concrete, reinforced concrete-to-steel or steel-to-steel connections - the complete Schöck Isokorb® product range provides the right solution for new construction as well as for the modernization of old buildings. Thermal bridges are often encountered with various types of balconies. At the point where the balcony connects to the floor slab, the continuity of the insulation can be disrupted, resulting in linear thermal bridges. Thermal bridges arising at cantilevered structural elements are a frequent cause of increased heat loss, the formation of moisture on the walls, or mildew.

Schöck's load-bearing thermal insulation elements are the most important technological level for minimizing thermal bridges.

For more information, visit the company's SCHÖCK Sp. z o.o. page on the A&B portal.

The vote has already been cast

INSPIRATIONS