For Shear-reinforced Slabs

Slab Type (ribbed)

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Installation Example

Application Areas

Like other slab-type products, thermal breaks with *HPIC rib members eliminate insulation discontinuities at the junctions between walls and slabs.
With superior shear performance, the product is applicable to a wide range of building types, including high-rise residential complexes.

[Cross-Section] Continuous Insulation With Thermal Break
[Cross-Section] Thernal insulation continuity when the product is installed.

Advanced Technology

With patented shear-key technology integrated into the *HPIC structural members, ribbed slab-type thermal breaks deliver outstanding structural performance and superior reliability.
This design enhances bonding with surrounding concrete structures and improves sectional stability, making it suitable for applications that demand exceptionally high shear strength.

* HPIC (High-Performance Insulated Concrete): Innovative concrete with ≥160 MPa compressive strength and four times the insulation performance (λ ≤0.4 W/m·K)

[Perspective View] Internal Structure of Ribbed Thermal Break (Front Insulation Shown Transparent)

Surface Temperature:
Before – After Product Application

Applying thermal breaks to slab structures increases the surface temperature by more than 8 °C compared to non-application, creating a safer and more comfortable indoor environment.

[Cross-Section] Surface Temperature Without Thermal Breaks
[Cross-Section] Surface Temperature With Thermal Breaks

Accredited Test Report

Ribbed-type thermal breaks for slabs are reliable, proven products with excellent structural stability and outstanding thermal insulation performance.
These capabilities have been validated through full-scale testing as well as structural and thermal simulations.

[Accredited Test Reports: Structural and Thermal Insulation Performance]