In the coking process, in order to transfer more heat from the combustion chamber to the carbonization chamber, achieve energy-saving effect, and reduce SO2, NOX and other pollutants discharged into the atmosphere, the production of high thermal conductivity silica brick is necessary. Compared with traditional silica brick, high thermal conductivity silica brick has smaller pore diameter and more uniform distribution. The content of scale quartz is 70 percent and that of traditional silica brick is 60 percent . Scale quartz is a spearhead like bicrystal structure, which is very dense and conducive to the improvement of thermal conductivity. In other words, it inherits the advantages of traditional silica brick, effectively improves the thermal conductivity, realizes the effect of coking energy saving, and is conducive to environmental optimization.
Њена топлотна проводљивост је већа или једнака 2,33в/мк, а топлотна проводљивост традиционалне силицијумске цигле је 1,85-1,90в/МК
