In order to use a sub ohm coil, you will need to have a vape kit or device that can produce larger amounts of power. They are also called DTL (Direct To Lung) coils because they allow you to adopt a direct to lung vaping style, wherein you inhale vapour straight into your lungs without holding it in your mouth first. This low resistance means they’ll accept a greater level of power and heat more e-liquid at a faster rate, this is why they produce larger amounts of vapour. They get their name from their resistance, a sub ohm coil will always have a resistance less than 1.0 Ohm.
Sub ohm coils, on the other hand, have been designed for creating large amounts of vapour. As an added bonus, these coils produce less vapour, so they will also consume less e-liquid and ultimately last longer, making them ideal for vaping on a budget. Not just for beginners, mouth to lung coils also have the effect of intensifying the flavours of e-liquids, so they’re a big hit amongst vapers looking to experience a better-tasting vape. In order to accommodate this style, mouth to lung coils have a high resistance (1.0 Ohm or higher) and will produce a small amount of vapour. This style is especially popular amongst new vapers as it feels very familiar. Mouth to lung vaping describes the process of inhaling vapour into your mouth and then carrying it into your lungs, the same way you would smoke a cigarette. MTL (Mouth To Lung) coils get their name from the style of vaping they support. Coils are broadly split into two categories: sub ohm and mouth to lung. By using different types of wire and wick, you can effectively change how much vapour can be produced as well as enhance flavour and the lifespan of the coils. While all coils are designed to vapourise e-liquid, they can perform differently - this is on purpose. WHAT ARE THE DIFFERENT KINDS OF VAPE COIL? Conversely, a higher resistance coil requires a lower power output and a lower Amp output.
So coils with a lower resistance will require a higher power output, and a higher Amp output, just like a wider pipe will need a higher water pressure and increased flow of water to work properly. The Voltage of your battery is the water pressure, the Amp of your battery is the water flow and the Ohm resistance is the width of the pipe. Ohm’s Law describes the relationship between current, power and resistance, and is very useful to understand as it directly relates to vapour production, which can help you decide which coil is right for you.Ī common analogy for understanding Ohm’s Law is to imagine the plumbing in your home. COIL RESISTANCE AND OHM'S LAWĪ coil’s resistance is measured in Ohms. Manufacturers will create specific coils for their atomisers and if you have purchased an atomiser or kit it will often include compatible coils, always check carefully when buying replacements to make sure they will work with your kit. You will find coils in any atomiser (the umbrella term for tanks, pods, and rebuildable atomisers) and they come in a variety of resistances, builds and materials which offer vapers a particular style of vaping. The two elements of the coil work in combination, with the wick supplying a steady source of e-liquid for the wire to heat into vapour. The wire creates heat, while the wick absorbs the e-liquid held in your vape tank. Inside a standard coil model, you will find a length of coiled wire wrapped around an absorbent wick. It is the coil that takes the power from your vape battery and turns it into heat, which is then used to turn e-liquid into vapour.
Vape coils are the replaceable element in vape kits and tanks. A Beginner's Guide To Vape Coils WHAT ARE COILS?
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