Vaping is a modern alternative to smoking and has gained rapid popularity in recent years. Vaping is an alternative to smoking cigarettes, and there is no combustion necessary, like in cigarettes. But most importantly, the flavor of each strain is preserved because of the low temperature used in vaping. This makes it possible to target desired tastes, control the effects, and customize your hits.

Although temperature control (TC) puts you in charge of your vaping experience, choosing the right temperature to vape e-liquid can be quite tricky, especially for newbies. Finding your sweet spot when vaping your favorite e-juice is completely subjective, which means there are no hard and fast rules about the right temperature – only recommendations.

This post will help you to understand how temperature control vaping works and our top five recommendations on how to vape in temperature control.

What Is Vape Temperature Control?

Temperature control is a modern technology that takes care of dry and burnt hits. It allows the user to choose from different temperature settings that automatically regulate the coil and vape. A temperature control mode makes it possible for vapes to remain consistent instead of getting hotter, even when you take longer drags.

Before innovative TC vaping, vapers could only adjust wattage. But now, many vape mods come with the temp control feature to give users the option to choose their preferred temperature limit.

How Does Temperature Control Work?

Have you have noticed the ohms sign “Ω” displayed on the screen of a regulated vape mod? It represents the resistance of the coil inside your atomizer or tank. The resistance of some metals used in certain coils increases as they heat up.

Temperature control works by adjusting mod power to maintain your preferred setting. In TC mode, vape mod first checks the resistance of your coil at room temperature. As you continue to vape, it monitors resistance and temperature rise to ensure that they remain regulated.

Don’t worry if all these sound confusing. Here’s the thing: unless you want to build your own coils (for reasons best known to you), you do not need to split hairs about the exact mechanism of TC. You can enjoy vaping TC all you want without knowing the first thing about it.

However, before you vape in TC, you’re going to need a vape mod that supports temperature control. Look for the letters “TC” in the product name like these here. While the market is saturated with a wide range of mods, it is important to keep in mind that functionality is not the same for all mods. Your best bet would be to choose from this list of highly recommended pod mod vapes.

When you’ve selected your mod, you need to choose the right vape wire or coil. The available options to pick from include:

  1. Nickel 200 (Ni200): Pure nickel was the first coil to be used for vape temperature control. With a TC resistance of 0.006, most chips can regulate it pretty easily. It works best in TC mode because of its tendency to melt if overheated. Ni200 is not commonly available due to sensitivity issues reported by some vapers.
  2. Nickel ferrous (NiFe): This wire works in both TC and wattage mode. It comes in different grades, including 30, 48, 70, and 50. One of the drawbacks of Nickel ferrous is its limited availability.
  3. Titanium Grade 1 (Ti): This coil has a stable temperature control resistance and works well in TC. But you’ll need to be careful when using this coil because it releases toxic gas (titanium dioxide) if it gets overheated.
  4. Stainless Steel (SS): This is the most popular coil available. It can work in both TC and wattage mode. SS wire comes in various grades, including 410, 316L, 317, 430, 304, and so on, with the 316L grade being the most common type.

Recommended Vaping Temperature

Vaping temperature can make all the difference when vaping. The right temperature will release different compounds with unique effects. If you are unsure of what temperature to vape, here are five recommended temperatures for TC vaping and the compounds that are released at those temperatures.

  1. 246oF (119oC): Caryophyllene

This coil temperature range releases Caryophyllene – a non-psychoactive terpene that produces therapeutic effects, such as reducing inflammation and managing pain. It is a compound found in black pepper, which accounts for its spicy flavor.

  1. 3120F (1560C) alpha-pinene

You get a delicious taste of pine and rosemary in this temperature bracket. This terpene helps reduce anxiety and gets rid of all forms of side effects. It also increases airflow to the lungs.

  1. 3300F – 3340F (166 – 1680C) Myrcene
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You get myrcene in this temperature bracket giving users a flavor like that of spice and grapes. It provides a minute sedating effect.

  1. 388oF (198oC): Linalool

Linalool is the terpene released at this temperature. It has no psychoactive effect on the vaper but is loaded with several therapeutic properties. Linalool enhances several immune functions and has anti-anxiety and antidepressant effects. It has a strong floral flavor with hints of citrus and lavender.

  1. 435oF (224oC): Pelugon

At this high temperature, you will be able to access the terpene known as Pelugon. This compound has sedative effects and can also boost your memory. It has a peppermint flavor with a nice camphor smell.

Important Note: Be aware that benzene (a carcinogen molecule) is released at temperatures between 401 and 689oF (205 and 365oC). Carcinogens are harmful toxins that can cause cancer.

Conclusion

Vape temperature control solves the problem of burnt or dry hits and ensures consistent vapes. This delivers the desired level of constituents for each vaper. Even if you are new to the world of vaping, or you are only used to vaping in wattage mode, you can find easy-to-use vape pods that allow you to customize or at least choose your preferred temperature.