Although compared with many high-end electronic products, electronic cigarette products will not encounter too many difficult problems in use. However, in the process of using the atomizer, the problem of frying oil has made many players headache. For many users who often use electronic cigarettes, the phenomenon of frying oil has even risen to the height of technical problems.
1. What is frying oil and how to judge whether there is oil explosion in the atomizing core.
In short, frying oil is the phenomenon of oil splashing in the atomizing core. Judging from the sound, the hissing sound belongs to the sound produced by the normal coil heating the cigarette oil, which is very common on the finished core atomizer. And if there is crackling sound, and there is the phenomenon of oil splashing, then there is the problem of frying oil.
2. The output equipment has an important impact on the problems such as oil explosion of atomized core.
The heat required for the atomization of cigarette oil is provided by the coil, and the output of the coil heat is provided by the electronic cigarette output device. Too high output voltage will lead to excessive heat in the coil, which will not only cause the problem of oil explosion in the atomization core, but also change the flavor of the cigarette oil and lose its due flavor. When the output is too strong, it may even burn the atomizing core.
3. Too much cooking oil on DIY coil or finished cotton core will cause oil explosion.
When too much cooking oil is added to the atomizing core of the oil drop atomizer, the smoke oil splashes out of the coil due to the large heating capacity of the coil surface. At the same time, if the cigarette oil absorbed by the cotton covered with the finished core is too much, the phenomenon of incomplete atomization and splash of cigarette oil will occur.
4. Regular pin will greatly reduce the problem of oil splashing.
The uniform and stable heating of the coil part can ensure the smooth atomization of the cigarette oil, and if the pin contacts with the cotton, the heat generated by the pin will also atomize the cigarette oil on the cotton. However, compared with the coil part, the heating amount and heating area of the pin are completely different, which will cause incomplete atomization of the cigarette oil, and the larger crackling sound generated by the atomizing core is of great range The degree is due to the contact between the pin and the cotton.
5. The backflow of condensate is the main culprit of finished core fried oil.
The product core atomizer is placed for a period of time after normal use, and then used, it will produce crackling oil explosion sound, which is caused by the reflux of condensate. The water content of the condensate is very high, so it is easy to produce a boiling state when heating the coil. When mixed with the cooking oil, the cooking oil will splash. In DIY atomizer, not frequently wipe the inner chamber of atomizer will also produce such problems.
6. The coil after carbon deposition will also cause the problem of oil explosion.
It is difficult to avoid coil carbon deposition, and the coil with carbon deposit will have the problem of uneven heating when heating. Local uneven heat will cause the high heat part of the smoke splash, resulting in the problem of frying oil. On fancy coils, this phenomenon is more common.
7. How to reduce the oil explosion problem of atomizing core through reasonable use?
First of all, ensure the reasonable output voltage of the output equipment. In the last second or so of the suction process, release the ignition key, and then conduct air suction to ensure that the smoke in the atomization chamber is completely sucked out. When making the coil, try to ensure that the pin does not contact with the cotton, use the coil for a period of time to clean or replace it in time, and control the amount of drip when the oil atomizer drips cigarette oil.
Although the problem of atomizing core oil explosion exists more or less in our use process, but through more reasonable use habits, or can greatly reduce and avoid the emergence of atomization core oil explosion phenomenon.