Energy saving principle of electrothermal coating

1. The electrothermal coating forms a solid coating after curing, which can absorb a large amount of radiant heat energy due to its high surface blackness, and convert the absorbed radiant heat energy into the easily absorbed far-infrared heat energy in the form of electromagnetic waves due to its high emissivity;

2, micron grade electrothermal paint coating thickness, heat resistance, high reflectivity, used in oven plate surface, will be lost far infrared heat energy is converted into heat energy in the form of electromagnetic radiation in the oven, for the heated objects inside the oven, absorbed, and not easily absorbed by the moisture, so as to leave behind the heat in the oven, temperature not only reduces the moisture removal, but also makes the temperature inside the oven, make the temperature inside the oven has made full use of;

3, nanoscale electrothermal paint coating thin, small heat resistance, used in the oven temperature of heated surface of metal materials, in the process of heat transfer, the coating layer will not only absorbs the far-infrared radiation heat energy is converted into heat energy transfer, itself into a far infrared radiation heat source, but also because of its surface temperature rise, lead to temperature gradient increase, that the intensity of heat conduction of heated objects, heat absorption capacity is greatly increased;

4. In a word, the direct effects of converting radiant heat energy into far-infrared heat energy through electrothermal coating are as follows: it increases the temperature of oven, reduces the temperature of moisture discharge loss, and enhances the absorption rate of heat energy of heated objects; Reduce the loss of heat energy to achieve the purpose of energy conservation.

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