 |
| Quantity: | |
|---|---|
Equipment use | Burning of daily ceramics, sanitary ceramics, honeycomb ceramics and other products |
Maximum temperature | 1350 ° C |
Furnace | 2m3-20m3 |
Burnt cycle | According to the burning process self-adjustment |
transfer method | Kiln |
Temperature control point | 4 ~ 8 points |
way to heat up | Arrangement of both gas special burner |
Temperature control accuracy | ± 1 ° C |
Fuel | Natural gas, liquefied petroleum gas, cold gas |
Temperature control control system | Semi-automatic, fully automatic, manual control |
Features | 1. Place the product code on the kiln car. 2. The combustion method can have an upper and lower formula, angular, and reflective. 3. It can be flexible to use the production and changes in demand. 4. The kiln liner uses ceramic fibers, which can shorten the temperature rise time and save energy due to low thermal melt. |
Remarks | The above parameters are for reference only, this equipment is non-standard equipment, which is customized according to the actual process requirements of the product. |
Equipment use | Burning of daily ceramics, sanitary ceramics, honeycomb ceramics and other products |
Maximum temperature | 1350 ° C |
Furnace | 2m3-20m3 |
Burnt cycle | According to the burning process self-adjustment |
transfer method | Kiln |
Temperature control point | 4 ~ 8 points |
way to heat up | Arrangement of both gas special burner |
Temperature control accuracy | ± 1 ° C |
Fuel | Natural gas, liquefied petroleum gas, cold gas |
Temperature control control system | Semi-automatic, fully automatic, manual control |
Features | 1. Place the product code on the kiln car. 2. The combustion method can have an upper and lower formula, angular, and reflective. 3. It can be flexible to use the production and changes in demand. 4. The kiln liner uses ceramic fibers, which can shorten the temperature rise time and save energy due to low thermal melt. |
Remarks | The above parameters are for reference only, this equipment is non-standard equipment, which is customized according to the actual process requirements of the product. |
