Self-heating burner is suitable for the following industrial applications:

 Metallurgical industry: In the metallurgical industry, self-heating burner can be used to heat and smelt various metals. For example, in the process of steelmaking, burner can be used to heat and melt scrap steel and other metal raw materials.

Non-ferrous Metals Industry: In the non-ferrous metals industry, self-preheating burners are used for smelting copper, aluminum, zinc, and other non-ferrous metals. These burners can maintain stable combustion at high temperatures, providing sufficient heat to melt and process metals.

Ceramic and Refractory Materials Industry: In the ceramic and refractory materials industry, self-preheating burners are used for firing ceramic products and refractory materials. These burners ensure uniform heat distribution, ensuring the quality and consistency of the products.

Glass Manufacturing Industry: In the glass manufacturing industry, self-preheating burners are used for melting glass. These burners provide high thermal efficiency and precise temperature control, which helps improve the quality and yield of glass.

Chemical Industry: In the chemical industry, self-preheating burners are used for heating and reaction processes. These burners can operate stably under high temperatures and pressures, making them suitable for various chemical reactors and distillation towers.

Food Industry: In the food industry, self-preheating burners are used for baking and drying foods. They provide a gentle and even heat distribution, ensuring the quality and taste of the food.

Textile Industry: In the textile industry, self-preheating burners are used for drying and setting textiles. These burners offer high thermal efficiency and precise temperature control, which helps improve the quality and production efficiency of textiles.

 In summary, self-preheating burners have a wide range of applications across multiple industrial sectors. Their high thermal efficiency, stability, and flexibility make them an essential part of modern industrial production.