Porosity refers to the proportion of pore volume to total volume. The higher the porosity, the less the solid conducts heat, and the better the thermal insulation performance.

In modern building safety systems, fire resistance is a core criterion for evaluating the value of building materials.

Silicone hydrophobic agents have become the mainstream choice for hydrophobic treatment of insulation bricks due to their high affinity with inorganic silicate materials.

In high temperature environments, the thermal conductivity of capacitance bricks may show different trends due to differences in material composition and microstructure.

The pore structure of autoclaved aerated concrete boards directly affects their water absorption rate, which is a key factor in determining the rate of freeze-thaw damage.

Insulation bricks are gradually expanding from industrial applications to residential and public buildings, demonstrating their unique potential in combining thermal performance with structural synergy.