Industrial burner can be classified according to different criteria. Here are several common classifications:
1. Classification by fuel type
Fuel oil burner: including pressure atomization burner, mechanical atomization burner, pneumatic atomization burner and bubble atomization burner, etc.
Gas burner: including non-premixed burner, semi-premixed burner, full premixed burner, etc.
Coal burning mouth: using coal water slurry as fuel.
High speed isothermal burner: Based on the single piston engine principle, most of the fuel process is completed in the combustion chamber.
Temperature control burner: using secondary air temperature control, mainly used for intermittent kiln to meet the heating requirements of some products.
2. Classification by use
Industrial application burner: large power, suitable for large industrial kilns.
Commercial application burner: It is also a fixed device, but it may be for a specific commercial use.
Process application burner: the power is small, and it can be customized according to the actual process requirements.
3, classified according to the ignition mode classification
Automatic ignition: ignite the combustible gas with high voltage through the electrode.
Artificial ignition: use an open flame to ignite the combustible gas.
4. Classification according to the atomization method
Low pressure burner: using the power of burning air to make the fuel oil atomization, suitable for small heating furnace.
High pressure burner: using high pressure superheated steam or compressed air atomization, suitable for large and medium-sized heating furnace.
Mechanical atomizing burner: for example, cup turning burner, fuel atomization by high-speed rotation.
5. Classification according to the air supply mode
Self-priming burner: do not need to use external force with wind, its own venturi structure can be inhaled external air.
Air type burner: rely on the blower to force the combustion air.
6. Classification according to the air-combustion mixture method
Diffusion burner: the air required for combustion is not premixed with natural gas.
Atmospheric burner: also known as semi-premixed natural gas burner, the air part required for combustion is mixed with natural gas.
Fully premixed burner: The air required for combustion is premixed with natural gas for flameless combustion type.
These classifications can help to select the appropriate industrial burner according to the specific application scenarios and requirements.
Industrial burner can be classified according to different criteria. Here are several common classifications:
1. Classification by fuel type
Fuel oil burner: including pressure atomization burner, mechanical atomization burner, pneumatic atomization burner and bubble atomization burner, etc.
Gas burner: including non-premixed burner, semi-premixed burner, full premixed burner, etc.
Coal burning mouth: using coal water slurry as fuel.
High speed isothermal burner: Based on the single piston engine principle, most of the fuel process is completed in the combustion chamber.
Temperature control burner: using secondary air temperature control, mainly used for intermittent kiln to meet the heating requirements of some products.
2. Classification by use
Industrial application burner: large power, suitable for large industrial kilns.
Commercial application burner: It is also a fixed device, but it may be for a specific commercial use.
Process application burner: the power is small, and it can be customized according to the actual process requirements.
3, classified according to the ignition mode classification
Automatic ignition: ignite the combustible gas with high voltage through the electrode.
Artificial ignition: use an open flame to ignite the combustible gas.
4. Classification according to the atomization method
Low pressure burner: using the power of burning air to make the fuel oil atomization, suitable for small heating furnace.
High pressure burner: using high pressure superheated steam or compressed air atomization, suitable for large and medium-sized heating furnace.
Mechanical atomizing burner: for example, cup turning burner, fuel atomization by high-speed rotation.
5. Classification according to the air supply mode
Self-priming burner: do not need to use external force with wind, its own venturi structure can be inhaled external air.
Air type burner: rely on the blower to force the combustion air.
6. Classification according to the air-combustion mixture method
Diffusion burner: the air required for combustion is not premixed with natural gas.
Atmospheric burner: also known as semi-premixed natural gas burner, the air part required for combustion is mixed with natural gas.
Fully premixed burner: The air required for combustion is premixed with natural gas for flameless combustion type.
These classifications can help to select the appropriate industrial burner according to the specific application scenarios and requirements.
