1. Description
The gas combustion is occurred inside the holes of the ceramic combustion plate; and the heat energy is radiated efficiently in the means of ultra-red rays. For the advantages of high combustion efficiency, well distributed heating and low exhaust gas emission, Ceramic Combustion Plate is proved to be an environmentally friendly heating technology, and it is the idea technology to replace the traditional gas combustion technology.
2. Advantage & features
1. Energy saving up to 30-50%
2. Balanced and well-distributed heating
3. No flame burning, No noise burning
4. Reduce harmful exhaust gas
5. Strong mechanical strength & thermal shock resistance
3. Technical data
|
Parameters
|
Unit
|
standard
|
typical data
|
|
Cordierite crystal phase
|
wt%
|
≥90
|
94
|
|
Coefficient of Thermal Expansion20-800°C
|
cm/cm/°C
|
≤1.2
|
≤1.5×10-6
|
|
Thermal Stability20-650°C
|
times
|
≥1
|
3
|
|
Soften Temperature
|
°C
|
≥1420
|
1440
|
|
Compression Strength
|
Lengthways
|
MPa
|
≥15
|
16.9
|
|
Horizontal
|
MPa
|
≥2
|
6.2
|
|
Specific Weight
|
Kg/L
|
≥0.15
|
0.45-0.5
|
|
Porosity
|
%
|
40-45
|
41
|
|
Water-absorbing rate
|
%
|
23-27
|
23.8
|
4. Applications
| Barbecues |
Gyro Cookers |
| Evaporators |
Boilers |
| Pizza Ovens |
Gas ovens |
| Rotisserie Ovens |
Convection Ovens |
| Pressure Fryers |
Space Heaters |
| Deep Fat Fryers |
Sear Cookers
|
