The infrared burner transmits heat in the form of radiation, and about 45% of the energy is converted into infrared.

The infrared wavelength (2-6μm) is most easily absorbed by material molecules and polymers, and the water absorption is particularly strong. It can save energy, clean and improve product quality.

Widely used in liquid, powder paint oven, food baking and so on.

Gas infrared combustion is made by using porous ceramic plate as the burner head and using advanced science and technology.

The use of gas infrared burner for heating, drying and heat preservation can save energy consumption by more than 50% and reduce pollution.

Infrared burners are fully premixed with air during combustion to ensure complete combustion and thus reduce pollutant emissions.

The infrared radiation emitted by the burner during combustion has strong penetrating power, and can stimulate the resonance of water molecules, which can evenly penetrate the heat into the core depth of the heated matter, ensure the uniform heating effect, improve the heating quality and drying efficiency.