Adjustable airflow system comparison: atomization effect at different resistance settings
Adjustable airflow system comparison: atomization effect at different resistance settings
Blog Article
In the field of e-cigarettes, the FUMOT Tornado 15000 has attracted much attention due to its excellent performance and rich functions, among which the adjustable airflow system is a major highlight. Different resistance Settings will have a significant difference in the vaping effect, bringing users a diverse vaping experience.
The adjustable airflow system of FUMOT Tornado 15000 allows users to adjust the airflow through the control ring, thereby changing the suction resistance. When the airflow is adjusted to a smaller resistance setting, the inflow of air is relatively small. In this case, the amount of smoke produced by atomization is relatively gentle, and the smoke stays in the mouth for a relatively long time, making the release of taste slower and more delicate. For users who prefer a light and elegant taste and pursue a gentle smoking experience, a lower resistance setting is a good choice. At this point, the amount of smoke inhaled each time is not large and will not cause a strong impact on the throat, allowing people to savor the flavor of the e-liquid more delicately.
However, when the airflow is adjusted to a higher resistance setting, the situation is completely different. A larger air inflow will make the atomization process more intense and produce a more intense amount of smoke. Under this setting, the smoke can quickly fill the mouth, bringing a stronger sense of satisfaction. It is suitable for users who pursue rich smoke and a strong vaping experience. For instance, for those users who are accustomed to deep inhalation, a larger resistance setting enables them to obtain more smoke in each puff and experience a richer flavor.
From the perspective of the atomization principle, the change of airflow directly affects the heating and evaporation process of the e-liquid by the atomization core. When set to a low resistance, the less air inflow makes the heat distribution around the atomization core relatively concentrated, and the evaporation rate of the e-liquid is relatively slow, thereby generating a relatively gentle smoke. Under high resistance Settings, the rapid inflow of a large amount of air takes away more heat. The atomization core needs to heat the e-liquid more quickly to maintain evaporation, which leads to an increase in the amount of smoke and a more intense atomization effect.
Furthermore, the 0.90 mesh coil equipped in the FUMOT Tornado 15000 also plays an important role under different airflow resistance Settings. Whether it is fine atomization at low resistance or rich atomization at high resistance, this mesh coil can ensure that the e-liquid is heated evenly, keeping the taste of each sip relatively stable and consistent, and will not have obvious flavor deviations due to changes in airflow.
The adjustable airflow system of FUMOT Tornado 15000 provides users with a rich variety of atomization effect options through different resistance Settings. Users can flexibly adjust the airflow according to their own preferences and usage scenarios to customize a unique vaping experience that belongs to them.