Introduction to electronic cigarette

Electronic cigarette, the official name of the electronic atomizer, is a kind of atomizer driven by a rechargeable lithium polymer battery, which generates "vapor" by heating the E-liquid in the "smoke". Although many media believe that vapes are more harmful to humans than ordinary cigarettes, the UK Department of Health has submitted a full report in February 2018, proving that vapes are 95% less harmful than traditional cigarettes and help 20,000 smokers quit smoking each year.

In order to get a general understanding of vapes, we need to understand some types of vapes that have appeared in the market, which do not include heating non-combustible vapes, because we believe that it does not belong to our traditional vape category. In short, our tradition The vape must be E-liquid for consumables.

First generation electronic cigarette

A generation of vapes or the first vape products can be said that China’s Han Li was invented around 2000. The generation of vapes as a compact and convenient alternative to cigarettes was unique at the time, and later manufacturers basically The product serves as a prototype. The tip of the nebulizer. After a long period of time, it will be completely worn out, and finally the atomizer will not emit smoke.

Second generation electronic cigarette

The early second-generation vape model included a 14500 lithium battery case (for example, the early vape prototype product, which was first discussed in the foreign vape forum in 2009, adding a battery box to the electronic cigarette), a two-headed connection Battery copper pipe .

Third generation electronic cigarette

The third generation of electronic cigarettes is a true electronically regulated device with great progress. Vapes from the beginning of a plastic box with two lithium batteries, gradually turned into a box style, in the three generations of electronic cigarette battery box, there are still two lithium batteries, usually 7.4v can reach up to 8.4v, but An electronic voltage regulator controller is installed to stabilize the battery output voltage control at 5V.

Fourth generation electronic cigarette

The electronic pressure regulator has led the trend of the fourth generation of electronic cigarettes. The four generations of electronic cigarettes can initially allow users to adjust the voltage from 3.3v to 6v, but still provide external voltage with rough potentiometer buttons like the second generation. Control, or adjust the voltage with a screwdriver.

Fifth generation electronic cigarette

The fifth generation of electronic cigarettes is a voltage-increasing box type device. The voltage regulator can generate the voltage used by any atomizer, and is not limited by the battery voltage. Even a lithium battery can be used to adjust any voltage required. . If the required voltage is less than the battery voltage, the voltage regulator can suppress the voltage. If the required voltage is higher than the battery voltage, the voltage regulator can also increase the voltage.

Sixth generation electronic cigarette

With the adjustable output power box device, the same atomizer and E-liquid have become more playable (the amount of smoke and the concentration have changed more). The sixth generation of electronic cigarettes is marked with adjustable output power, which means that the wattage of the atomizer output can be adjusted. In the case of the same output power, no matter what kind of atomizer is used, the amount of smoke generated is basically There is no difference.

Seventh generation electronic cigarette

In the first quarter of 2015, seven generations of temperature-controlled electronic cigarettes entered the field of vision. The seventh generation of electronic cigarettes is also the temperature control electronic cigarette we are talking about. Increased security while increasing playability. The chip in the electronic cigarette can control the electronic cigarette device to generate a certain temperature of the flue gas. There are many advantages to this, such as avoiding drying the cotton core and setting a maximum temperature limit. Preventing excessive temperature causes thermal degradation of E-liquid.

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