What is the reason for the heating of the electronic cigarette atomizer?

Everyone knows that the atomizer is an important part of electronic cigarettes, the carrier of e-liquid, and an improved and upgraded product of the "pod" part of old-fashioned e-cigarettes. With the support of electronic cigarette output devices, the e-liquid can be heated and atomized. , producing smoke. However, it is inevitable that the atomizer will heat up quickly or even burn the mouth in life. What is the reason for the heat of the electronic cigarette atomizer? How should it be solved? The following cigarette network editor will introduce the common causes and solutions for the heating of atomizers.

1. The limitation of the structure of the atomizer itself is ignored.

There are many types of atomizers with different structures and sizes. Many atomizers cannot meet the air intake and heat dissipation requirements of high-heat coils due to their narrow atomization space, or even the installation requirements of fancy coils. The high-heat coil is heated in a small space, which can easily cause rapid accumulation and conduction of heat, and even cause the coil to directly burn the cotton.

Solution: Judge the type of coil that can be used according to the electrode structure of the atomizer and the size of the atomization chamber. Don't think that all atomizers can be equipped with high-calorie fancy coils.

2. Select the appropriate suction resistance and ignore the heat dissipation requirements.

No matter what kind of atomizer is used, proper inhalation resistance can greatly improve the taste of the atomizer. However, when many atomizers are equipped with coils with large heat, the air intake is too small, which will cause the heat dissipation of the atomization chamber to keep up. When the player understands that the air intake not only provides the air required for atomization for the atomizing core, but also bears the heat dissipation requirements of the coil, this problem is easy to deal with.

Solution: Reasonably increase the air intake of the atomizer, and use an atomizer with a small air intake as much as possible to use a coil with less heat.

3. Excessive output power is used for rapid bursts.

A rapid ignition burst can bring about a rapid output of smoke. Many players often set the output power to be higher in order to quickly light up the coil to generate smoke. However, this approach will cause the coil to continue to generate high heat during the output process after ignition, resulting in a faster increase in the temperature of the atomizer.

Solution: Appropriately reduce the output power, or select a device with an output power curve mode to reasonably reduce the output power after the coil is preheated.

4. The coil resistance increases due to carbon deposition and aging of the coil.

After the coil has been used for a period of time, it is unavoidable that carbon deposits will occur and even a large change in resistance may occur. When the coil resistance increases, continuing to use the previous output power will cause the coil to generate more heat than before. At the same time, the coil with carbon deposition and aging will also affect the taste performance of the atomizer. Reducing the output power can only play a small role, and cannot completely solve the situation of the overheating of the atomizer and the weakening of the taste performance.

Solution: Clean the carbon deposits on the coil regularly, and replace the coil in time when the coil resistance changes greatly to ensure the normal use of the atomizing core.

To sum up, to ensure that the atomizer will not heat up quickly or even burn the mouth, it is only necessary to use a coil that matches the atomizer and a reasonable output power to ensure sufficient intake air and timely maintenance of the atomizing core .