Vertical wall-type thermal breaks are engineered to eliminate thermal discontinuities where walls interrupt insulation and cause energy loss.
They provide effective solutions for areas such as protruding wing walls in external insulation systems or junctions between exterior and load-bearing walls in internal insulation systems.
Manufactured to match the full wall thickness, these products are installed vertically to align with wall height, ensuring seamless insulation continuity even across structurally continuous wall sections.

Ensuring continuous insulation without gaps is essential for improving energy efficiency.
Within a single residential unit, exterior and interior walls are spaced to allow insulation to run continuously, preventing thermal bridges and protecting the integrity of the insulation layer.
In contrast, the walls between residential units must provide fire resistance to stop the spread of flames.
This requirement makes the concrete structure continuous, creating breaks in the insulation layer that let heat escape and increase the risk of condensation.
By applying thermal breaks to wall-to-wall joints, fire resistance and structural performance are preserved while insulation continuity is restored.
This greatly enhances energy efficiency and contributes to a more comfortable, cost-effective living environment.

Installing thermal breaks at the junction of exterior and load-bearing walls raises the structural surface temperature by more than 7 °C.
This effectively prevents condensation and improves energy efficiency in both heating and cooling.

Vertical wall-type thermal breaks have been tested and verified for insulation, condensation resistance, structural performance, and fire safety.
They offer a superior solution with proven safety and reliability.