Workpiece principle:
When one burner uses the hot air in the heat storage device to burn, the other burner functions as a smoke outlet, and uses the hot air from the stove to store heat through the burner. When the heat is sufficient, the butterfly valve acts to change the functions of the two burners. Whenever one burner is burning, the other is helping the heat storage device to accumulate heat. In heat exchange, the gas temperature of the pipeline is usually between 80-400℃, so both the butterfly valve and the smoke fan can work safely and reliably for a long time.
Feature Description:
1. Efficiently recover waste heat at high temperatures, with a smoke exhaust temperature of less than 400℃; a waste heat recovery efficiency of more than 80% can be obtained, low fuel consumption and significant energy saving effect.
2. Good temperature uniformity of the furnace. Using high-temperature combustion technology, alternating combustion methods, changing the temperature distribution in the furnace, a uniform furnace temperature can be obtained, with a temperature difference of ±20℃
3. The waste heat recovery system has a compact structure, realizing the compact integration of the heat storage body and the burner.
4. The secondary heat recovery structure of the exhaust gas emission belt can reduce the gas consumption of the entire equipment, and effectively reduce the temperature of the exhaust gas discharged, achieving the effect of environmentally friendly direct discharge.
5. Increase the furnace temperature to greatly improve the production capacity.
6. The environmental protection effect is obvious. Since the heat storage chamber is equivalent to a secondary combustion chamber, a small amount of wax smoke will be burned when passing through the heat storage chamber, achieving smoke-free emissions.
7. High degree of automation. Automatic reversing operation, the reversing time can be adjusted by 0-1 minute. Automatic temperature control.
8. The furnace wall insulation layer has 550MM, and the architecture is strong and durable, reducing heat loss.
9. The air consumption per hour is calculated by 150KG of the intermediate frequency furnace. If the size of the intermediate frequency furnace is different, the parameters will also change accordingly.
10. The furnace door is light and durable, with a patented product structure.
