Being able to produce bigger vape clouds can add to the satisfaction of any vaper. If you have been vaping for a while, you will be happy to know that blowing larger vape clouds comes down to more vapor production and technique. Thus, even if you have all vape accessories in Tempe, AZ necessary, you need to learn some ways to produce more vapors for a more satisfying vaping experience.
Here are ways to achieve this:
Using the Right Vape Juice
The electronic juice you use also has an influence on the size of the clouds. Vape juice is made of Vegetable Glycerin (VG) and Propylene Glycol (PG) that serve different functions. PG offers the flavor and throat hit while VG offers the vapor. Thus, if you only want to increase vapor production and produce larger clouds, you must buy an e-juice with high VG content. But, this vape juice does not taste nice and you need to decide if you will trade flavor to exhale superhuman vape clouds.
Increase your Device’s Power
This will let you vaporizer vape juice at a quicker pace. You must focus on vaping with a powerful battery and a low-resistance coil. This is where sub-ohm vaping comes into the picture. This involves vaping with a coil with a resistance lower than one ohm. Decreasing the resistance to the coil will allow more power to pass through the circuit, enabling you to vaporizer liquid quickly. An increase in power lets you receive the vapor quicker than when you have to vaporize the liquid with less power. This results in more vapors drawn in from a single inhale.
Boost your Airflow
Airflow is a vital vaping element, especially if you want to produce more vapors. First, increasing your vape’s power through higher wattages or lower resistance coils will cause the temperature of the vapor to increase and may become too hot to vape comfortably. But, when you increase the airflow, you will more access to fresh air to cool the temperature of the vapor, making it more comfortable to inhale. Also, this can increase the size of the cloud made. When you increase the flow of air on your atomizer, you let more air to travel over the coils. An increase in air flow over the coil lets your device produce vapor quickly, pushing the vapor out of the device quicker and increasing the rate at which the old vapor can be replaced with a new one.
