Alumina/Cordierite/Molte Infrared Ceramic Plate for Furnace

Infrared Ceramic Plate is used in combustion oven, using modern advanced science and technology and selecting high-purity and high-quality cordierite. The gas combustion is occurred inside the holes of the ceramic combustion plate, and the heat energy is radiated high-efficiently in the means of ultra-red rays,

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Infrared Ceramic Plate is used in combustion oven, using modern advanced science and technology and selecting high-purity and high-quality cordierite. The gas combustion is occurred inside the holes of the ceramic combustion plate, and the heat energy is radiated high-efficiently in the means of ultra-red rays, avoiding energy loss through visible light. It is used in combustion oven, using modern advanced science and technology and selecting high-purity and high-quality cordierite.

Infrared Ceramic Plate can save 30~50% energy consumption, burn without flame, low noise, reduce the formulation of such harmful gas as CO, NOx, etc by a large margin (more than 70%). It is strong bearing of wind, using safely, uniform radiant burning, good resistance against mechanical and thermal shock under normal operating conditions.

Application: The kitchen burning gas, gas water heater, burn oven, industrial baking equipment, industrial organic waste gas combustion, cabinet heaters, etc

Advantages:
*Outstanding Strength
*Uniform radiant burning
*Excellent thermal shock resistance
*Save up to 30~50% energy cost
*Burn without flame, high burning efficiency, low noise
*Reduce the harmful gas such as CO, NOx, etc more than 90%
Barbecues Gyro Cookers
Broilers Pizza Ovens
Convection Ovens Pressure Fryers
Deep Fat Fryers Process
Evaporators Ranges
Gas Ovens Rotisserie Ovens
Griddles Space Heaters
Greenhouse CO2 Sear Cookers










Item Index Specifications  
Materials Cordierite We can provide you
the product by you desire . 
Water absorption 50.4%
Open Porosity 61%
Specific gravity 0.9-1.10Kg/cm3
Thermal expansion coeffecient 1.5-3( × 10-6K-1)
Temperature softening >1280 ° C
Cooking Surface Temperature 1000-1200 ° C
CO release ≤ 0.006%
NOx release ≤ 5ppm












Sample Dimensions (mm) Shape Square (LxW) <200 × 140
Thickness 8--15
Hole Diameter 1.1--1.8
Holes Interval 1.649--2.086

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