The boron carbide, colemanite, and barite sand included in the formula give the block a "passive defense" property. These components absorb nuclear neutrons and gamma rays, protecting living spaces from radiological contamination.

Yes. Thanks to the micronized calcite used in the mixture and the precision molding technology, the block surface is ultra-smooth. After the wall is built, there is no need for rough or fine plastering; only satin plaster is applied, after which paint or coating can be applied directly.

Thermo Borblock is a structural element reinforced with boron minerals and advanced composite components, featuring a LEGO interlocking system. Unlike standard bricks, it offers mortar-free assembly, a high compressive strength of 5.9 N/mm², and integrated radiation shielding.

Thermo Borblock is in the A1 class "non-combustible" material category. It maintains its structural integrity at temperatures above $1000^\circ\text{C}$ and does not release toxic gases. Boron minerals raise the ignition temperature of the material to extreme levels.

The mechanical interlocking system ensures that the blocks interlock perfectly. This system allows the wall to move as a whole during earthquake tremors, minimizing the risk of vertical cracking and collapse.

No, thanks to the expanded perlite and boron it contains, it weighs approximately 8 kg. This is 50% lighter than a standard concrete block. This lightness reduces the building's static load and saves on logistics costs.

With a thermal conductivity value of 0.13 W/mK, Termo Borblok is a high-performance insulation material on its own. It meets energy efficiency standards in many climate zones without the need for an additional external insulation layer.

Without the use of additional drying, the mixture is removed from the mold within the first 24 hours after pouring. A full curing period of 10 days is required to reach its final strength of 5.9 (N/mm²). However, the blocks are ready for use in non-structural areas from the 7th day onwards.