Honeycomb ceramic heat storage bodies have significant advantages such as high-temperature resistance, corrosion resistance, good thermal shock stability, high strength, large heat storage capacity, and excellent thermal conductivity, greatly enhancing energy-saving effects and service life.

Honeycomb heat storage bodies have the advantages of large heat exchange area per unit volume, fast heat transfer, low air flow resistance, shallow heat penetration depth and high thermal efficiency. There are various hole types such as square holes, round holes, hexagonal holes, as well as various wall shapes including flat surfaces, inclined surfaces, single grooves, and double grooves. It has the advantages of high refractoriness, high load-softening temperature, good slag resistance, good thermal shock stability, fast heat conduction, good erosion resistance, large bulk density and large heat capacity. The added catalytic substances undergo catalytic combustion with CO and HC compounds in the flue gas at about 600℃, further improving the recovery of waste heat and reducing the emission of polluting gases.