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| 브랜드 이름: | JEFFER |
| 모델 번호: | 맞춤형 |
| 모크: | 1세트 |
| 가격: | 협상 가능 |
| 배달 시간: | 90 일 후는 계약금을 받았습니다 |
| 지불 조건: | T/T,L/C |
End-Fired Furnace (is also called as End-Port Furnace or Horseshoe-Fired Furnace) is an industrial thermal processing unit where combustion burners are positioned at one or both ends of the furnace chamber. The hot gas flow from combustion moves along the furnace direction, transferring heat through a glass melting furnace designed with longitudinally arranged combustion ports and a U-shaped flame path.
The end fired furnace has a small flame coverage area, the flame reversing brings periodic temperature fluctuation and hot spot movement.
In addition, the number of port limits the furnace width and furnace scale. End fired furnace is suitable for making all kinds of hollow products (bottles, jars, vessels, chemical instruments, bubble shells, glass tubes, etc.), pressing products and glass balls without special requirement on the quality of glass.
Its typical melting capacity is 30 – 500 t/d, in some cases up to 700 t/d can be achieved. Limitations in furnace size result from flame length and crown span width, especially of the burner ports.
JEFFER Engineering has designed and supplied the end-fired furnaces for the customers in China and aboard.
| Description | Specification |
|---|---|
| Fired furnace | The combustion fuel can be natural gas, heavy oil, diesel oil…… for this kind of furnace. |
| Electric furnace | Electricity is the fuel for this kind of furnace. |
| Fired-electric furnace | This kind of furnace is mainly using combustion fuel, electricity is used as a supplementary heating source. |
We can supply different kinds of heating type furnace. Including:
| Item | Description |
|---|---|
| 1 | Refractory materials |
| 2 | Combustion equipment |
| 3 | Mechanical equipment |
| 4 | Electric equipment, instrument, and automatic control equipment |
| Item | Description |
|---|---|
| 1 | 3D modeling design |
| 2 | Single/double/multi pass regenerator |
| 3 | Chimney located at the top of regenerator |
| 4 | Unique port structure |
| 5 | Deep refining technology |
| 6 | Unique throat cooling structure |
| 7 | Optimized tank wall cooling arrangement |
| 8 | Underport burner firing technology |
| 9 | Separate regenerator chamber technology |
| 10 | Electrical boosting technology |
| 11 | Bubbling technology |
| 12 | Intelligent single/dual fuel combustion system |
| 13 | Rich oxygen combustion technology |
| 14 | Full oxygen combustion technology |
| 15 | Induced draft fan exhaust technology |
| 16 | Injector fan exhaust technology |
| 17 | Key structure pre-assembly before delivery |
| 18 | Low energy consumption and long life technology |
| 19 | Advanced and reliable computer automatic control system (PLC/DCS, SCADA) |
| 20 | Low environmental impact |
| 21 | Flue gas treatment technology |
| 22 | Waste Heat recovery technology |
