Far Infrared Honeycomb Ceramic Combustion Plate

The infrared catalytic burner adopts a porous honeycomb ceramic plate loaded with catalyst as the burner head and utilizes the most energy-efficient and environmentall friendly catalytic combustion method.This enables natural gas to burn more fully, maximizing the energy utilization of natural gas while reducing flue gas pollution(CO<0.02%,NOx<10ppm),which fully meets national environmental protection standards.Catalytic combustion can also eliminate the carbon deposition phenomenon that easily occurs in ordinary infrared combustion,effectively extending the service life of the burner.Since combustion takes place in the pores of the porous honeycomb ceramic plate,it is a true flameless combustion,and most of the generated energy Is released in the form of infrared radiation.Infrared rays have strong penetration,which can excite water molecules to resonate, making heat evenly penetrate into the depths of the heated object,thus ensuring uniform heating and achieving the purpose of improving heating quality and drying efficiency.Using infrared burners for heating,drying,and heat preservation can save more than 50%of energy consumption and reduce pollution.

The infrared corrugated honeycomb ceramic plate is mainly used in gas-fired infrared burners.By improving the surface of the honeycomb ceramic plate from a simple flat type to a three-dimensional type with interlaced corrugations,this kind of ceramic plate increases the specific surface area and combustion working area,thereby playing a better role in heat storage   and combustion support.It achieves more complete combustion without flames,reaching the infrared combustion heating effect with extremely low energy consumption and better environmental performance.It completely overcomes the shortcomings of flat honeycomb ceramic plates,such as excessively long flames during gas combustion,insuficient combustion,high energy consumption,and failure to meet low emission requirements.

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The Above Are All Pure Cordierite Materials