The warmest single-layer wall made of Termalica EKSTRA blocks with a thickness of 48 cm allows one to attain a heat transfer coefficient value of U=0.16 W/(m2K).
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Termalica blocks all sport fixed and optimised dimensions: a height of 249 mm, a length of 599 mm, and a width depending on their foreseen use. The consumption of blocks per square metre of wall is just 6.67 pcs. The simplicity of wall erection is furthered by ergonomic mounting grips and interlocking joints that markedly reduce the wall erection time.

Blocks for two/multiple layer walls
Two-layer partitions are made up of a structural load-bearing part made of Termalica type 400, 500, 600 and 700 blocks with thicknesses of 20, 24 and 30 cm, and a thermal insulation layer of mineral wool panels or polystyrene.
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Blocks for internall walls
Internal walls : load-bearing walls and divider walls, finishing and interior design panels
See moreTERMALICA system components
The components of the Termalica system are made of top quality aerated concrete – the material offering the best thermal insulation properties on the market.

Construct COMPREHENSIVELY
The components of the Termalica system are made of top quality aerated concrete – the material offering the best thermal insulation properties on the market.
The blocks, making up the basic component of the wall erection system, are profiled with tongue and groove interlocking components, thanks to which their vertical seams do not require the use of mortar.
Termalica blocks are a product conforming to the strictest requirements of the TLMB measurement class. This means that they fit in with each other almost ideally, thanks to which one can ensure that the wall that is erected is very homogeneous in terms of its core material, all of which results in a warmer home.
Elements of system Termalica:
- U-profiles
- Ceiling panels
- Beam and block ceilings
- Lintels
- Blocks
- Hollow bricks and foundation blocks
Advantages of the system
Termalica aerated concrete an environmentally-friendly material and the best material for energy-efficient construction.