Regenerative forging furnace

YiranRegenerative forging furnaceA heating furnace that uses an independently set heat storage chamber or heat storage burner, and can use flue gas temperature reduction air and natural gas for preheating. The regenerative forging heating furnace mainly consists of a heating furnace body, a regenerative type, a reversing system, and fuel, air supply, and exhaust systems. The recovery of waste heat from the heat storage chamber ensures uniform furnace temperature, which greatly improves the heating quality of forgings and significantly increases the product qualification rate. Yiran regenerative forging furnace has low gas consumption, and the regenerative high-temperature air combustion technology can fully utilize the waste heat of flue gas to preheat the combustion air, greatly reducing the generation of NOx in the furnace. The regenerative combustion method is dispersed combustion in a relatively oxygen deficient state, with low NOx content in the flue gas, which is beneficial for protecting the environment. The regenerative low oxygen combustion method can not only reduce the oxidation and burning loss of the heated metal, but also increase the flame radiation intensity, strengthen radiation heat transfer, and improve the production of forgings in the regenerative natural gas furnace.

The regenerative heating furnace adopts regenerative combustion technology and has the following characteristics:

1. The thermal efficiency of the heat storage furnace is high, which can fully utilize the waste heat of the flue gas to preheat the combustion air. The production heating efficiency of the heat storage forging furnace is high;

2. The exhaust temperature is low, and the unique furnace structure reduces the exhaust temperature; The pulse regenerative combustion technology realizes dispersed combustion and reduces the emission of nitrogen oxides; The process technology has achieved full combustion of gas, greatly reducing CO emissions.

3. Regenerative natural gas forging furnace has high efficiency and low oxidation loss: High temperature and low oxygen combustion technology avoids the drawbacks of temperature differences in various areas of the furnace caused by excessive concentration of high-temperature flames, resulting in low oxidation loss of forgings;

4. Significant energy-saving effect: The heat recovery rate of regenerative combustion is greatly improved, and the energy-saving effect is obvious;

5. Strong applicability: The regenerative combustion system has good furnace temperature uniformity, small furnace temperature fluctuations, and no problems such as excessive concentration of high temperature zones or flame erosion on workpieces. Therefore, it has a wide range of applications, stable and reliable operation, and has good economic and social benefits;

Regenerative forging heating furnace

Natural gas forging furnace