
What is the difference between voltage and Watt?
Voltage is the amount of electrical current running through the -omizer. Wattage is the by product of running X amount of Voltage through Y amount of Resistance. So by the chart if you like vaping at say 6 watts then you can. Run 4.2 volts through a 2.8 ohm -omizer and get 6.3 watts. Run 3.0 volts through a 1.5 ohm -omizer and get 6.0 watts
What is a good resistance for vaping?
Volts come from the battery. Ohms is resistance, which depends on the coil in the e-cig. Amps is how much current is going through the setup. The battery has a max which you should not exceed. It's a combination of Volts and Ohms. Watts is the power. More power, more vapor. It's a combination of Volts, and Amps. V=Volts R=Resistance=Ohms I=Amps W=Watts
What is a variable wattage device?
Main builds are between 0.3 and 0.7, between 40 and 60 watts 99% of the time. 0.25 ohms at 80W on one mod, ~1.13 ohms at 20W on the other (because all I have left is 12mg juice sob sob) This is a good question. I have a kander subox mini and use the .5 coil and vape at 20-25.
How does the resistance of a vape coil affect flavour and throat hit?
I vape at 120 watts constantly because I can regulate voltage on my box mod rather than wattage. Thats not to say that turning the voltage down obviously turns the wattage down. Anyway, my mod goes up to 6 volts which is what I vape at. I also can only build to 0.30 ohms or above, otherwise I'd fry the chip.

What voltage and wattage should I vape at?
Is it better to vape higher or lower wattage?
Does voltage matter for vaping?
Voltage is one of the factors that effects the amount of vapour you get. The greater the voltage, the higher the temperature, meaning more vapour. Original, Logic CURV, Logic PRO and Logic Compact all have fixed power settings - 3.7 Ohm.
Does higher voltage mean more vape?
A regulated mod set a higher wattage will tune-up the temperature hence more nicotine-containing liquid vaporized. The bigger the puff produced only means there will be more nicotine per puff.Oct 8, 2020
What does 2% mean on a vape?
What wattage should I vape at 0.17 ohm?
What wattage should I vape at 0.13 ohm?
What watts should I vape at .15 ohms?
What wattage should I vape at 0.15 ohm?
What is mouth-to-lung vaping?
What wattage should I vape at 0.3 ohm?
What wattage should I vape at 0.8 ohm?
What is variable wattage?
A variable wattage device is different. Rather than telling the device how much power you want to flow through your atomiser, you tell it how much power (wattage) you want it to output.
How to get the perfect vape experience?
After all, with most entry-level vape kits, all you need to do is: Check what wattage you can use with the coil in your device. Adjust your wattage and airflow until you get the vapour, flavour and throat hit you need. Some people want to know more to get the perfect vaping experience.
How to get a vapour hit?
At its simplest level, it’s simply a matter of adjusting the voltage or wattage of the battery until you get the vapour, flavour and throat hit you desire. You can also experiment with using different resistance coils and combining them with different voltages/wattages.
What coils are used for vaping?
Coils below 1 ohm are common, and coils with a resistance of 0.8 ohms are often used for Mouth-to-Lung vaping. Even lower resistance coils, such as 0.15 coils, are often used for cloud vaping. Originally, sub-ohm vaping was reserved for experienced vapers who want to push the boundaries with rebuildable coils.
Why do vapes burn out faster?
You will need to increase the voltage to increase the wattage and get a better vape. Because lower resistance coils use more wattage, they tend to generate more heat. This means they often burn out quicker than a higher resistance coil would.
What affects vapour and throat hit?
The resistance of your coil is not the only thing that affects vapour, flavour and throat hit. It also depends on the amount of power flowing through your coil. There are two common types of vape batteries which allow different amounts of power to flow through your coil. These are variable voltage and variable wattage.
What is the difference between variable voltage and variable wattage?
The difference between variable voltage and variable wattage is a bit like the difference between an automatic and a manual car. With a variable voltage device, you manually control the amount of power (voltage) going through your device.
