Combustion performance characteristics

Fast combustion rate: The Venturi self-priming burner is flameless in form. It pre-mixes gas with air before combustion, making the burning process much faster than that of conventional burners. Due to the rapid combustion, hydrocarbons do not have time to decompose, resulting in little or no free carbon particles in the flame. As a result, the flame is either invisible or very short.

High combustion efficiency: a small excess air coefficient can make the gas completely burned, can provide a stable combustion environment, to ensure the quality and output of products.

High combustion temperature: the way of gas and air pre-mixing makes the Venturi burner can achieve a higher combustion temperature.

Structure and design features

Simple structure: the overall structure of the burner is not complicated, and the modular design makes it convenient to replace and maintain. The nozzle is made of high temperature stainless steel or ceramic material, which has a long service life. In addition, the pipeline design is simple, and there is no need for complicated pipeline valve design.

Air intake can be adjusted: The air control valve can move along the burner axis to change the air intake, allowing for the regulation of excess air as needed. When gas enters from the inlet, it is carried into the system by the high-speed gas flow through the air inlet. Since the diameter of the gas nozzle is fixed, when the gas flow increases, its velocity also increases, and the amount of air drawn in will automatically increase proportionally.

Avoid backfire and extinguishing: the unique throat tube design can avoid backfire and extinguishing, ensuring the safety of use.

Energy saving and environmental protection features

Reduce pollutant emission: because the gas can be completely burned with a small air excess coefficient, so the pollutant emission is low, in line with environmental protection requirements.

Reduce energy consumption: the characteristics of high combustion efficiency and high thermal efficiency can effectively reduce energy consumption. For example, when applied in ceramics, glass and other industries, energy costs can be reduced.

Operation and application characteristics

Easy to operate: easy to install, flexible operation, reduce the labor intensity of workers. Users can easily start and adjust the burner.

Wide application range: mostly used in ceramic shuttle kiln, mold shell roasting furnace and other small heating furnaces, in the ceramic, glass, metallurgy, refractory materials and other industries have a wide range of applications.