Sub Ohm Vape Tanks
What is a sub ohm vape tank?
Sub ohm vape tanks have disposable coil heads and enable users to vape below 1 ohm. Most coils for sub ohm vaping are rated at 0.5 ohm, but some offer ratings as low as 0.2 ohms. The tanks have a lower coil pressure as well as a bigger wick, resulting in a greater level of airflow. Though the tanks were previously most commonly used by highly-experienced and knowledgeable vapers, this form of vaping is now much more widespread. Sub ohm tanks are noted for their high vapor production. They are able to produce billowing clouds due to the fact they can reach higher temperatures and therefore vapourise faster.
How does sub ohm vaping work?
Sub ohm delivers a greater amount of vapour per puff, which results in more powerful bursts of flavour. To get the most out of sub ohm vapour, it’s wise to use e-liquids with under 6mg if you’re seeking a sizeable nicotine hit. The juice should also have a higher percentage of vegetable glycerine than propylene glycol. The hits from sub ohm head straight for the lung, virtually bypassing the mouth. You can get the most desirable results from your tank by leaving your airflow hole open. You will also need to purchase a tank that can meet the ohm level of your coil or atomiser. This means your device will need to power down to 0.5 ohms if you are using a 0.5 ohm coil.
What are the benefits of a sub ohm vape tank and sub ohm vaping?
If you’ve ever watched on in awe as vapers have produced epic clouds, sub ohm vaping may well be for you. Larger vapour production is one reason why so many people are gravitating towards sub ohm vaping, but there are many other good reasons for investigating further. One of these is the smoother vaping experience that is offered by the practice. Sub ohm devices also have large surface areas and heat up the liquid faster to deliver hits that are packed with flavour, and e-liquids have been reworked by leading brands to ensure taste levels are favourable despite the higher levels of VG. The higher wattage involved also results in warmer vapour, and the way that vapour is sent directly to the lungs equates to a more powerful chest hit.