Did you know that the heating capacity of the burner depends on the intensity of the flame, the surface area of the furnace tube and the total heat transfer coefficient. We should know the strength of the flame. The higher the furnace temperature, the greater the temperature difference between the furnace and the oil flow, and the greater the heat transfer. The strength of the flame can be adjusted by controlling the fire nozzle.

   The heating performance is related to the surface area of the furnace tube. The larger the area of the furnace tube in contact with the flame and flue gas, the more heat transferred by the burner; In addition, the total heat transfer coefficient is very important. The better the total heat transfer coefficient of furnace tube, the more reasonable the furnace structure and the more heat transfer.

   In actual use, poor flame combustion and furnace tube coking will affect the heating capacity of the burner. What factors determine the force, so pay attention to control the burner to make it burn completely, and prevent coking due to excessive temperature of local furnace tube. Scope of application: it is used in boiler to burn steam and boiled water, such as garment factory, catering industry, etc.

   Used in powder spraying and drying production line; Used in zinc aluminum alloy die casting industry; It is applied to various thermal energy equipment, such as road construction, asphalt heating heat conduction furnace, food oven, air conditioning machine heater, snow sweeper, waste incinerator, hot air generator and various general boilers.