Mouth to Lung vs. Direct Lung Vaping

Mouth to Lung vs. Direct Lung Vaping

Vaping became one of the new favorite hobbies in today’s world. Even vape kits and e-cigs came a long way since the first electronic cigarette was introduced back in 2003 in Beijing, China by Hon Lik. The inventor of the e-cig was a 52-year-old pharmacist and of course, a smoker because as we know, necessity breeds innovation. The trend continues to grow with rapid speed, as new technologies and countless vape juices are invented every year.

Furthermore, once marijuana left the taboo zone, and became legal or decriminalized in most western countries, CBD and THC infused vape juices appeared on the market.

Learn how to make your own THC E-Juice.

That only made vaping more appealing to millennials and other younger crowds. Nowadays we even have manuals on growing marijuana indoors.

The two most popular styles or vaping methods are mouth to lung and direct lung vaping, and in this article, we’re going to explain to you in detail what’s what.

What is mouth to lung vaping?

Mouth to lung vaping is the first technique we’re going to discuss. It’s usually implemented by ex-smokers that love a throat hit sensation because it’s the closest feeling to replicate when it comes to tobacco cigarettes. If you’re an ex-smoker, you’re familiar with the method, if not, then it’s fairly simple because it comes more naturally to vapers than direct lung vaping.

Mouth to lung vaping goes like this: every time you inhale the vapor from the vape pen inside your mouth, let it linger there for a few seconds and then push it down into your lungs.

The mouth to lung vaping method simulates smoking, which is why it’s advisable for transitioning smokers to start with this modus operandi. Moreover, if you’re a vaper that wants to experience new flavors and really taste the nuanced undertones hidden in the vape juice, then mouth to lung is for you. As for vapers that vape in public places, and they want to keep their vaping habits on the low, mouth to lung vaping is very discreet because the vapor is almost undetectable.

Another piece of advice: when you’re purchasing your e-liquid make sure you’re buying a vape juice with a higher PG content than VG ratio. Mouth to lung vapers love this method because of the hard-hitting throat hit, and that can be simulated only with a higher level of PG and nicotine (for smokers).

What is direct lung vaping?

Direct lung vaping is reserved for more advanced vapers, and it’s not as subtle as mouth to lung vaping is, on the contrary. For example, if you want to perform vape tricks, you should learn the direct lung technique because like that you can produce substantially more vapor. It’s recommended only for more experienced vapers because it can cause irritation to the throat, or coughing if you don’t do it right. It’s rather simple, as mouth to lung vaping is, you inhale the vapor directly into the lungs, without letting it linger inside the mouth.

If you’re an advanced vaper, we’d recommend looking into devices such as the Volcano Vape. A quick Google search will bring up plenty of options, and you may even be able to find a Volcano Vaporizer sale online.

Most vapers, use low nicotine level vape juices, which are VG based rather than PG based because direct lung vaping is more powerful. You won’t be able to taste the flavor of the vape juice as intensely as you would with mouth to lung vaping. Another thing to consider is vape mods, if you’re into cloud chasing, they will come in handy because it will allow you to produce more vapor. 

If you want to learn more about mouth to lung v.s. direct lung vaping, or the basics of vaping in general, we can recommend you to read this article by VeppoCig. You will find all the essential information on e-cigs, vape kits and vape juices there.

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About Nicco Reggente, PhD 145 Articles
Nicco is the co-founder and CEO of WoahStork and Strain Genie-- two companies dedicated to bringing to life his passion of bringing personalized medicine to the cannabis industry. Nicco received his PhD from UCLA in cognitive neuroscience with a focus on machine learning applied to neuroimaging datasets. He previously received two B.As from NYU in Psychology and Philosophy.

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