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The burner takes the porosity honeycomb ceramic plate carried with catalyst as stove top cone. The ceramic surface structure of the ceramic plate is changed from plan to cross three dimensional formulas, which lead to larger surface area and burning area and play as heat accumulation and combustion support
Catalyze burning, the most ideal burning style, has been put to use, this not only makes better fuel gas combustion, also cut down the fume pollution(CO<0.02%, NOX<10PPM)to meet national environment protection standard. In addition, it could effectively prolong the life span of burner by avoiding the carbon accumulation phenomenon which is caused by normal infrared burning. Because catalyze burning takes place inside the cell of porosity honeycomb ceramics, it is also known as flameless combustion, and the energy produced is discharged in type if infrared radiation. Then, due to strong penetrating capability of infrared rays, it irritates the resonance of water molecule and transfers the energy to the deep part of the heated. In this case, it could improve both heat quality and drying efficiency with equal heat effect.
Infrared ceramic radiation plate used in gas stove has good thermal shock resistance and high mechanical strength, high temperature resistance and anti-corrosion capability for its modern advanced ceramic technique involved and high purity cordierite material, furthermore, with a cover of black catalyst, energy produced by combustion transferred by infrared radiant rays.
It has the following advantages compared with normal gas stove
fuel gas save over 22%flameless combustionBig reduction of noxious gas like CO, NOX, removes the hidden troubles of people health. Strong wind resistance and better safety.Honeycomb ceramic stove plate is applicable for all kinds of fuel gas.
Honeycomb ceramic burner