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1500 PUFFS
Why does the atomizer get hot after a few mouthfuls?
This is directly related to the coil data, the power used, the size of the atomization chamber, and the amount of air intake.We know that the greater the power used, the higher the calorific value. The lower the resistance of the coil used under the same voltage, the larger the volume of the heating wire and the higher the heat generation. The larger the atomization chamber, the lower the heat accumulation effect, and the larger the heat dissipation space. The larger the air intake, the more heat is taken away.
Why does the atomizer get hot after a few mouthfuls?
This is directly related to the coil data, the power used, the size of the atomization chamber, and the amount of air intake.We know that the greater the power used, the higher the calorific value. The lower the resistance of the coil used under the same voltage, the larger the volume of the heating wire and the higher the heat generation. The larger the atomization chamber, the lower the heat accumulation effect, and the larger the heat dissipation space. The larger the air intake, the more heat is taken away.
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