The burner is placed directly near the coating surface, and the heat generated by combustion is used to heat the coating surface, while evaporating the water on the surface to achieve a drying effect.
The burner is installed in the air duct to control the air flow velocity within a certain range, achieving sufficient and clean combustion. The emission concentration of harmful substances (CO, NOx) is extremely low.
Main Features
Main Applications
The emissions of NOx and CO are extremely low, meeting the indoor environmental standards of ANSI in the United States and ETL in Europe to the maximum extent.
The burner body can be made of cast iron or cast aluminum material, which is corrosion-resistant and has a long service life.
It is modularly assembled to adapt to special cross-sectional installation requirements and is easy to maintain.
It has a unique burner structure with separate and gradual mixing. The pressure difference of the air flow through the burner baffle is only 75-250Pa. The maximum flame length is about 700mm, with minimal impact on the air conditioning supply system and low installation environment requirements.
The adjustment ratio between the maximum and minimum heat output of the combustion equipment is 30:1, and the temperature control accuracy must meet ±1℃.
It is used for direct heating of fresh air and medium-low temperature air, as well as variable frequency direct combustion air conditioning heating and paint drying. It can achieve precise adjustment of indoor environmental air and is widely used in air conditioning systems in major automobile manufacturers' production workshops.
