The thermal conductivity of low porosity clay brick has the following characteristics:

I. High thermal conductivity

The thermal conductivity of low porosity clay brick is about 2 times higher than that of ordinary clay brick. This means that it can transfer heat more efficiently in the process of heat exchange, which is helpful to improve the thermal efficiency of the equipment.

II. Advantages of heat conduction

Low porosity clay brick has low porosity and compact internal structure, so heat is mainly conducted through the solid phase of the brick body, not the gas in the pores. This structure enables it to transfer heat more stably at high temperature and reduce heat loss.

III. Strong heat storage capacity

The specific heat capacity of low porosity clay brick is 10% higher than that of ordinary clay brick, and the heat storage capacity is 50% to 60% higher than that of ordinary clay brick. This makes it possible to store and release heat more effectively in heat exchange equipment, further improving thermal efficiency.

IV. Good thermal stability

The clay brick with low porosity has good thermal shock stability and can maintain structural stability in the environment of rapid temperature change. This enables it to withstand frequent temperature fluctuations in heat exchange equipment and prolong its service life.

V. Summary

The high thermal conductivity, strong thermal storage capacity and good thermal stability of low porosity clay brick make it perform well in heat exchange equipment, which can effectively improve the thermal efficiency and prolong the service life of the equipment.