Several factors contribute to making bigger clouds when vaping. These include using a sub-ohm tank with low resistance coils, using a battery where you can modify both voltage and the wattage, using a lot of power, choosing an e-liquid with a high VG ratio, having extensive airflow, and inhaling hard and fast.
Why does my vape Cloud look so big?
Once your e-liquid has vaporized, vapor saturates the space above the coil. This starts the rapid process of condensation, pushing vapor out of your device, creating more e-liquid and cycling out the old vapor with the new. The result? A sick, big vape cloud.
How to get maximum clouds from your vape device?
We believe that large capacity tanks are crucial to getting maximum clouds from your vape device. This is because of the speed at which the vaporized e-juice turns to clouds. Indeed, it is the larger, the better since producing dense clouds consumes more e-juice.
What is the best vape for cloud chasing?
Its RDAs are superb devices for cloud chasing and the production of satisfying flavors. They are user-friendly and relatively inexpensive. With these vapes, vapers can vary the power output, adjust the airflow, and achieve large vapor clouds, without compromising the flavor.
How do you produce clouds?
You can also produce larger clouds and reach higher temperatures more quickly using a low resistance coil. Some wires heat up faster than others when producing thicker clouds. The more complicated the wire is, the longer it will take to heat up and produce big clouds. The same can be said about alien or twisted sub-ohm coils.
What makes Big vape clouds?
Generally speaking, the airflow should be at its most open setting to achieve the biggest clouds for the atomizer you're using. Use max VG vape juice: While PG and VG both make vapor, the higher the content of VG in your juice will allow for the biggest clouds.
Does more airflow mean bigger clouds?
Increasing airflow (to an extent) means more fresh air to cool vapor temperature; this not only gives you added cooling capacity making it more comfortable to inhale, but it also increases the size of your cloud.
Does higher Vg make bigger clouds?
PG is what provides the flavour and throat hit, whilst VG provides the vapor. Therefore, if your intention is purely to increase vapor production and produce bigger clouds, then you need an e-juice that's high in VG. Juices' that contain a 100% VG ratio are available, and will be able to produce large, thick clouds.
Why is my vape smoke not thick?
Unfortunately, if your device is not powerful enough or adjustable, you will not be able to produce the thickest possible vape clouds. If you are using a basic e-cig or vape pen, you are unlikely to be able to control your clouds' thickness no matter how hard you try.
Can I vape with airflow closed?
Airflow holes don't cause your vape to leak. The airflow hole itself doesn't cause the leakage, although it may be where the e-liquid escapes. You can keep your airflow holes closed and stand your box mod upright all the time when you're not using it, but a better solution is just to avoid overfilling your coils.
What vape juice makes the biggest clouds?
5 of the best e-liquids for cloudsTropika | Twelve Monkeys Classic 50ml. VG:PG 90:10. ... Boulevard Shattered I Wick Liquor 50ml. VG:PG 80:20. ... Double Drip Coil Sauce. VG:PG 70:30/80:20. ... Element Shortfills. VG:PG 80:20. ... Koi Shortfills. VG:PG 80:20. ... VG:PG ratio. ... Devices, coils & vaping style. ... A smoother vape.More items...
How can I make my vape thicker?
Airflow. When chasing larger vape clouds, you want to maximise the airflow to your device. This increases the amount of air that gets to the coil - a fresh flow of air will encourage the vapour to condense into thicker clouds.
What does 70% VG mean?
vegetable glycerinLike PG, VG is also classified chemically as an alcohol. As it's a lot thicker than PG, it takes more power to vaporise which in turn is why you get so much more vapour with high VG e-liquids. Generally, we'd classify a “high VG e-liquid” as anything with 70% or more vegetable glycerin.
Get a Big Vape Cloud: Setting Airflow for Maximum Clouds
Once you’ve been vaping long enough, you’ll probably start to get curious about making a big vape cloud. But before you start cloud chasing just yet, it’s important to do some research first. This post is on getting a bigger cloud by maximizing your airflow settings.
How to Get a Big Vape Cloud
If you’re trying to boost a big vape cloud, you need to increase airflow, but getting the settings right without overheating the mod can get tricky. Not enough airflow can lead to overheating and too much will keep coils cool, but decrease the size of your cloud. Here’s how you can get it right.
How to modify your own set up to get the best Vapor Production
First you are going to want to check out your tank or Rebuildable Dripping Atomizer to see how much air-flow you have at your disposal. Make sure the air-flow is completely open or most of the way open.
Why do RDA tanks have dense clouds?
The reason why RDA, RTA, and sub-0hm vaping tanks can produce dense clouds is because of the amount of current that passes through the coils. This is the principle behind adjusting the power settings of your device for maximum clouds. Increasing the power of your device enhances its capacity to vaporize e-liquids.
What is the beauty of vaping?
The ‘beauty’ of vaping for most vapers lies in the thick, aromatic clouds of vapor that are created. It most cases, only specialized vape devices (sub-ohm) produce such clouds, hence the shift towards such devices. There are other ways around producing such clouds especially if you do not want those specialized devices.
Why is it better to use a large vape tank?
Indeed, it is the larger, the better since producing dense clouds consumes more e-juice. And so to avoid constant refilling or the embarrassment of having your device run out of e-juice while you are vaping, it is best to opt for large capacity tanks. This is because they are the best vape tanks for getting maximum clouds.
How many airflow slots does a Vaporesso Skrr tank have?
Vaporesso Skrr Tank: This sub-ohm tank sports great features; an 8ml e juice capacity and four airflow slots at the bottom.
What is the best coil system for e juice?
However, the best part is the QF coil system that provides excellent flow for e-juices with high VG content and thick, rich clouds. With this type of tank, dense clouds are not the only thing you blow; the mesh coils also allow you to blow soft, aromatic clouds too.
What is a big cloud?
Big clouds are produced from e-cig-type rigs that do not utilise cannabis or its wonderful resins, but a variety of other liquid substances with an infinite range of flavours, forms, and performances. Usually, they contain nicotine as an aid to giving up cigarettes.
How does a vaporizer work?
However, they do not have a wick that is soaked in fluid and heated to high temps by a conducting coil. Instead, a battery heats a convection coil, which in turn heats a chamber full of we ed. This then vaporizes the THC, CBD, and other cannabinoids ...
Why are vapes harmful?
A number of harmful and toxic compounds are produced when plant matter is burnt at high temperatures. A joint or bong ignites at around 600–700°C, and is why burning creates that hot orange glow.
Is a vape bong a smokeless bong?
In fact, if your weed or extract pen is smoking that much, it is probably faulty, and something might actually be burning. Vaping could be considered an electronically heated, smokeless bong. Temperatures are set to the minimum it takes for cannabinoids and terpenes to evaporate optimally.
Is cannabis a resinous vapor?
All the goodness for which we smoke cannabis isn’t contained “in” the smoke itself; it is the resinous vapor created further down the spliff or behind the cherry that is responsible. The smoke and the delicious evaporated volatiles all get mixed together on the inhale and make their way to mind, body, and soul.
Does cannabis need convection heating?
This is convection heating in a nutshell. Moreover, high temperatures and lots of air can be detrimental to the active compounds in cannabis, diminishing the effectiveness of cannabinoids and terpenes in kind. As such, cannabis and its extracts need much lower temperatures if they are going to be fully appreciated.
