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What materials are used to make electronic cigarettes?

2019-07-25 17:18

As an alternative to cigarettes, electronic cigarettes are increasingly popular with smokers. How to use electronic cigarettes Most electronic cigarettes use lithium ion and secondary battery power components. Battery life depends on the type and size of the battery, the number of uses and the operating environment. And many different battery charger types are available, such as socket chargers, car chargers, and USB interface chargers. The battery is the largest component of electronic cigarettes. E-cigarette evaluation E-cigarettes have styles or brands. Generally, e-cigarettes are mainly composed of a tobacco tube containing a nicotine solution, an evaporation device and a battery. The atomizer is powered by a battery rod, which converts the liquid nicotine in the cartridge into a mist, which allows the user to have a smoking-like feeling when sucking, and achieve "swallowing." It can even add flavors such as chocolate and mint to the pipe according to personal preference. Electronic cigarettes are electronic products that mimic cigarettes and have the same appearance, smoke, taste and feel as cigarettes. It is a product that allows users to use nicotine and the like after being atomized by means of atomization. As an electronic product that imitates cigarettes, how does it achieve the same taste, smell, taste and feel as cigarettes?

Heavy atomized liquid

If you want to extract the taste of a cigarette, first consider the composition of the cigarette oil. The so-called smoky oil, that is, the electronic smog chemical solution, is made by glycerin, propylene glycol, edible flavors and plant extracts by processes such as compounding, stirring, static electricity, filtration, packaging, and the like.

The electronic flue oil uses food grade or pharmaceutical grade propylene glycol (PG), which is used to dissolve the flavor of flue oil, improve the taste of the flue oil, and also has the effect of diluting glycerin, reducing the viscosity of the flue oil and facilitating the oil. Orientation. In addition, after heating the PG, a small amount of mist is generated, which has a certain tingling sensation in the throat. Therefore, flue oils with a high PG content generally have a strong taste, a slightly stronger throat, and a relatively small smoke. The main role of glycerin in flue oil is to produce fog. Glycerin is heated to produce a lot of fog, so if you want to increase the amount of smoke in the electronic smoke, you need to add more glycerin to produce the desired effect.

The role of essential oils in smoke oil is very important and can be said to be the soul of smoke oil. The taste of smoked oil is determined by the essence. The combination and proportion of different flavors determine the flavor of the smoked oil.

In addition, various additives, including sweeteners, sour agents, throating agents, deionized water, and the like, will also be added. The main role of these additives is to improve the taste of tobacco and to compensate for its lack of flavor. For example, some of the smoke will have a slightly bitter, sour taste, and a sweetener may be added to improve the taste. The main role of deionized water is to dilute glycerol. Some flue gases do not contain PG, and glycerin is very viscous. This can cause oil flow in some oil atomizers to be poor, so use deionized water to dilute glycerin to improve the flow of flue gas.

So how does e-cigarette work? Electronic smoke is driven by a battery to a resistive wire (hot wire) that generates heat to evaporate the tobacco oil to produce smoke. When the user sucks, it produces a feeling similar to smoking and produces a mist.

Engineering plastic propping skeleton

The electronic cigarette is mainly composed of a tobacco rod, a sprayer and a suction nozzle, and those who use the electronic cigarette know that the electronic cigarette mainly consists of a tobacco rod, a sprayer and a suction nozzle.

The atomizer is the core component of the electronic cigarette. Heating causes the smoke to evaporate into smoke. This process will produce a high temperature of 200 ° C ~ 300 ° C. Therefore, the atomizer and peripheral accessories must select materials that are resistant to high temperatures and heat dissipation to withstand the high temperature atomization process without damaging the atomizer due to heat buildup. In addition, the odor can not be generated during the heating process, the smell of the smoke is destroyed, and the strength is sufficient, so that it can be used in a gentle collision or fall, and not broken.

Polyetheretherketone (PEEK) material for the atomizer oil tank material of high-end electronic cigarettes.


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