The working principle of infrared heating lamps for printing machines is to use the characteristics of infrared radiation to make the molecules on the surface of the printing material absorb radiation energy, thereby generating heat and achieving the effect of heating and drying.
Specifically, the infrared wavelength emitted by the Quartz Infrared Halogen Heating Element matches the molecular vibration frequency on the surface of the printing material, so it can be absorbed by the molecules on the surface of the printing material. After the molecules absorb infrared radiation energy, they will vibrate and rotate, thereby increasing the kinetic energy of the molecules and raising the temperature.
When the temperature on the surface of the printing material rises, the solvent in the printing material will be accelerated to evaporate, thereby achieving the effect of drying. At the same time, the radiation energy of the industrial infrared heat lamp can also penetrate the surface of the printing material, raising the temperature inside the printing material, thereby accelerating the curing and drying process of the printing material.
In short, the working principle of Halogen Infrared Heating Lamps for printing machines is to use the characteristics of infrared radiation to make the molecules on the surface of the printing material absorb radiation energy, thereby generating heat and achieving the effect of heating and drying.
