The self-preheating burner, through its unique design, serves as both a combustion device and a flue gas exhaust system, significantly simplifying the overall structural design of industrial furnaces.

This integrated function reduces the need for an additional independent flue gas exhaust system, thereby lowering the complexity and cost of the equipment. Specifically, the self-preheating burner utilizes efficient jet heat exchange technology to preheat the air during combustion, enhancing combustion efficiency and reducing energy consumption.

Moreover, innovative designs like the self-preheating burner for low-calorific value converter gas, which optimize the structure by incorporating finned heat exchangers and staged air supply, further improve heat exchange efficiency, achieving low NOx emissions while maintaining a compact design.

These features make the self-preheating burner a preferred choice in modern industrial furnace design, as it not only simplifies the structure but also offers energy-saving and environmental benefits.

In summary, the self-preheating burner achieves the goal of simplifying the industrial furnace structure by integrating functional components, improving internal heat exchange efficiency, and adopting a compact design philosophy.