Unlike traditional cigarettes, e-cigarettes produce vapor; there is no burning. Therefore, users of e-cigarettes (or e-cigarettes and e-pipes) are spared exposure to carbon monoxide (CO2), tar, and over 1,000 carcinogenic additives produced when conventional tobacco is burned. An e-cigarette essentially consists of three parts. The battery supplies the voltage required by the vaporizer. Depending on the model, the e-liquid in the vaporizer is vaporized by a heating coil. The principle is similar to that of a traditional light bulb.

Unlike traditional cigarettes, e-cigarettes produce vapor; there is no burning. Therefore, users of e-cigarettes (or e-cigarettes and e-pipes) are spared exposure to carbon monoxide (CO2), tar, and over 1,000 carcinogenic additives produced when conventional tobacco is burned. An e-cigarette essentially consists of three parts. The battery supplies the voltage required by the vaporizer. Depending on the model, the e-liquid in the vaporizer is vaporized by a heating coil. The principle is similar to that of a traditional light bulb.

Unlike traditional cigarettes, e-cigarettes produce vapor; there is no burning. Therefore, users of e-cigarettes (or e-cigarettes and e-pipes) are spared exposure to carbon monoxide (CO2), tar, and over 1,000 carcinogenic additives produced when conventional tobacco is burned. An e-cigarette essentially consists of three parts. The battery supplies the voltage required by the vaporizer. Depending on the model, the e-liquid in the vaporizer is vaporized by a heating coil. The principle is similar to that of a traditional light bulb.

Unlike traditional cigarettes, e-cigarettes produce vapor; there is no burning. Therefore, users of e-cigarettes (or e-cigarettes and e-pipes) are spared exposure to carbon monoxide (CO2), tar, and over 1,000 carcinogenic additives produced when conventional tobacco is burned. An e-cigarette essentially consists of three parts. The battery supplies the voltage required by the vaporizer. Depending on the model, the e-liquid in the vaporizer is vaporized by a heating coil. The principle is similar to that of a traditional light bulb.

Unlike traditional cigarettes, e-cigarettes produce vapor; there is no burning. Therefore, users of e-cigarettes (or e-cigarettes and e-pipes) are spared exposure to carbon monoxide (CO2), tar, and over 1,000 carcinogenic additives produced when conventional tobacco is burned. An e-cigarette essentially consists of three parts. The battery supplies the voltage required by the vaporizer. Depending on the model, the e-liquid in the vaporizer is vaporized by a heating coil. The principle is similar to that of a traditional light bulb.