Vaping FAQs

what does tighter more restrictive draw mean in vaping coils

by Icie Rowe Published 2 years ago Updated 1 year ago

If you get more vapor from a tighter draw, that means you are also drawing more juice into your wicks and onto your coil, thus more vapor. In tank systems, generally the draw is tighter than, for example, an RDA, where more airflow does equal more vapor.

Tighter Draw: Mouthpiece is narrow and the tighter the draw, the closer it is to a mouth to lung device. High Resistance Coils: Coils are greater than 1.0 ohm. Coils with high resistance will produce less vapor.

Full Answer

What is the best ohm coils for vaping?

Of course the vapor tends to get warmer and warmer as you go from 2.0 Ohms to 1.0 Ohms, however not as warm as with sub ohm coils. So, if you are a smoker trying to make the switch or a vaping beginner then a device with 1.5 – 1.8 Ohm coils would be advisable, however, in the end everything depends on personal preference.

What is the difference between a sub ohm and a vaporizer?

The vapor is cooler, smoother and the draw is tighter, however the battery can last a lot longer and the amount of e-liquid used is way less than with a sub ohm device.

How does airflow affect vape juice?

Higher airflow can decrease the amount of juice needed, because it remains on the coils. When using lower airflow, you’ll gain more flavor from your vape. When less air encounters the coils, it forces the vapor out quicker as well as becomes warmer.

What do ohms mean when it comes to vaping?

First of all, ohms represent a unit of measurement for resistance, and when it comes to vaping they translate to how difficult is for the electrical current from the battery to pass through the heating coil.

What resistances do you use for vaping?

People who prefer mouth to lung vaping are usually the ones who use standard resistances (above the 1 Ohm limit) and those who prefer direct lung inhale use sub-ohm resistances (below the 1 Ohm limit).

Why are above ohm vapes so popular?

The reason for which above ohm resistances remain popular with mouth to lung vaping is due to the restrictive draw these devices can offer and the similarities with actual cigarettes.

How low can coils go?

The coils today can go as low as 0.15 Ohms (in the case of Kanthal) and there are mods out there that can fire even lower so technology is no longer a problem. Also vapers have discovered that by twisting two or more types of wire together they can create complex coils like 'twisted', 'claptons', 'fused claptons' and 'alien claptons' which in terms give an even better flavor.

What starter kit comes with coils?

On some of these devices you can also experiment with sub ohm coils, which are either included in the box as spares or can be bought separately.

Why do you need a sub ohm coil?

Because it vaporizes a lot more e-liquid, together with the big clouds, it also delivers a bigger quantity of nicotine. This is why, in most cases, if you're used to vaping on 12mg for instance, switching to a sub ohm coil directly implies lowering the concentration to 6mg or even 3mg. Taking a 12mg puff on a 0.3 Ohm RDA could make you feel very light headed so if it doesn't feel right, go for a lower concentration.

What is temperature control on a mod?

Many of the newer generation mods offer a feature called 'temperature control', which works with Nickel or Titanium coils and gives the user the option to set a desired valued between 200 – 600F. These coils generally have a sub ohm resistances and fire as low as 0.05 Ohms. Because the user can set a desired vape temperature, it has total control on how cool or warm he or she wants the vapor to be, and the feature also prevents dry hits.

What is an ohm in vaping?

What is an Ohm. First of all, ohms represent a unit of measurement for resistance, and when it comes to vaping they translate to how difficult is for the electrical current from the battery to pass through the heating coil. The lower the resistance, the faster a coil heats up to a certain temperature and controlling this value is key in delivering ...

Why does my vape come out thicker?

When using lower airflow, you’ll gain more flavor from your vape. When less air encounters the coils, it forces the vapor out quicker as well as becomes warmer. When it’s forced out quicker, the flavor comes out fuller and thicker than when using a larger airflow. This is due to the “Joule-Thomson effect”.

How does airflow affect vaping?

The amount of airflow you use when vaping can greatly change your overall experience. The airflow's job is simple, to allow air to freely flow from the coils to your mouth. Most devices have an adjustment ring on the tank that allows you to change the airflow manually – high and low. The higher the airflow the cooler the vape.

Why does flavor increase as you tighten the airflow?

The reason why flavor increases as you tighten the airflow is because vapor density (the amount of e-liquid droplets per volume of air, to be specific) increases as well . So yes, technically for the same setup and same amount of vapor inhaled you increase the amount of nicotine consumed.

What is the effect of airflow on vapor?

The Joule-Thomson effect explains that when air passes through a reduced orifice size, it causes a drop in the temperature. The speed of air flow affects the cooling efficiency, which also affects the overall flavor of the vapor. With an increased airflow, you will experience less flavor, less of a harsh throat hit and more vapor ...

Why is my vape cooler?

This happens because when you fire your device, the juice immediately vaporizes on the coil. When air makes contact with the vapor, it cools down ...

What is the best thing about vaping?

The great thing about vaping is that it’s a completely customizable experience. Cigarettes, for example, have a limited airflow. Similarly, to electronic cigarettes, what you get is what you get. The beauty of different vaping setups is the customizability.

What happens when you have less airflow?

With a decreased airflow, you will experience more flavor, more of a harsh throat hit, and less vapor (with a hotter and tighter draw).

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 1 2 3 4 5 6 7 8 9