Whether it is a manually rebuilt RBA or our common finished atomizer the phenomenon of oil frying is common in our daily use, especially the novices who have just come into contact with e-cigarettes feel extremely annoyed.

Today, I will sort out five questions about frying oil and how to deal with it. I hope to provide you with some references and help.

What is the atomizer frying oil?

First, confirm what is the phenomenon of "fried oil"... We all know that more than 90% of the atomizing cores in the electronic cigarette atomizer use the structure of cotton to carry the e-liquid, and the physics of the e-liquid becoming water mist is realized by heating the coil. reaction.

In the rapid heating of the coil, the e-liquid is often directly produced due to various reasons, not water mist, but the e-liquid is projected shallowly out of the coil and even into our mouth. This is what we often call the phenomenon of frying.

For the cotton in the center of the atomizing core coil, we often say that the "fullness" state is the most perfect, so the most intuitive test for this "fullness" is frying oil.

If the amount of cotton is too large, the tightness of the cotton in the center of the coil will result in the reduction of the smoke oil flavor, which means that the amount of smoke oil that can be used in single atomization is reduced; if the amount of cotton is too small, it will cause the coil China Cotton has a surplus of e-liquid reserves. When the coil heats up rapidly, it will often blow up the e-liquid directly in liquid form! The oil has been fried, how to solve it?

Why is the finished core fried in oil?

The first thing to confirm is that the output power when using the finished core is within a reasonable range. The phenomenon of "my finished atomizer frying oil" often occurs when the atomizer is stationary for too long.

That is to say, there is no problem in daily use. When the atomizer is still for half a day or longer, the oil will be fried. This is the phenomenon that the physical characteristics of cotton oil conduction and oil storage are affected. The most effective way to solve this situation After the atomizer has been stationary for a long time, do not use the first and second ports directly. The atomizer should be "normally ignited" twice to atomize the excess e-liquid first, and some common finished product atomizing core frying oil will be broken down below The parallel connection problem.

l  [Power] Improper use of power will cause frying. For example, when there are a high heating speed and low power, the tobacco inside the vape cartridge will fry earlier and leave you in the air. Normally all instructions related to power and heat are mentioned on CBD vape oil cartridge boxes. So, read instructions on it before start using.

l  [E-liquid] The VG content of the e-liquid used should meet the setting of the core's oil guide. Some finished cores are positioned for large smoke and have an extremely fast oil guiding design. At this time, if the VG is too low (50%), there will be excessive oil guiding. That is, the above-mentioned cotton smoke oil is too much and it will explode. oil;

l  [Run core] Frying oil will appear if too much smoke oil is injected during the process of wicking. Most of the newly used finished cores will moisten the core, and excessive wetting of the core leads to excess smoke oil, which will inevitably appear in the first and second mouths. This has nothing to do with the quality of the core in most cases.

What other factors affect frying oil?

Regardless of the surplus of e-liquid caused by the amount of cotton, another major culprit that may cause frying is the output power of the main engine.

As mentioned earlier, frying oil is the smoke oil on the cotton being blown up instantly, so the power output of the main engine becomes the biggest influencing factor. If the output of the host is unreasonable, even if the frying oil does not exist, it will affect the taste of the e-liquid. A reasonable output is a basis for a good e-cigarette experience.

When we use electronic cigarette devices, under the premise of a conventional coil, the output can be determined by referring to the physical voltage characteristics of the battery of the mechanical device. For example, the full power of a 18650 battery is 4.0V-4.2V, and many mechanical rods also follow This physical law is used. We can directly refer to this method to check the output in the voltage regulation host and adjust the range before and after to find the G point. Of course, you can directly purchase the voltage regulation host that does not require adjustment to use it will be more convenient and Intuitive.

Filigree is one of the culprits that cause frying oil?

Clapton coils are very popular nowadays, whether it is double, three, or four core Clapton coils, their high-quality atomization experience comes from the three-dimensional difference of the resistance value of the heating wire, thus creating a richer taste experience.

However, when using this type of fancy coil, the main and auxiliary wires cannot match due to the unreasonable matching of certain coils. It is even more difficult for novices to find the heating G-spot between the main wire and the outer wire. Make it harder.

If you can’t give up the high-quality taste of the Clapton coil and want to avoid frying as much as possible, you can pay attention to buying a fancy coil with a better resistance value, and pay attention to the output power of the host and the quality of the cotton. Generally speaking, The condition of filigree frying is more difficult than monofilament.

Summarizing the problem of frying oil, in the case of finished cores, it is generally the phenomenon of an excessive storage of e-liquid caused by too long static time, so when you use it again, you only need to simulate the ignition twice and atomize the excess e-liquid first.

Custom CBD boxes USA also helps in selecting the right product that also helps you in selecting the right product. As for the oil frying phenomenon in the RBA category, it is relatively complicated, related to the amount of cotton, coil type, power output, etc. These important factors also affect the probability of oil frying under most premises.