Temperature controlled vaping is a technology-driven feature that allows vapers to precisely control the temperature at which their e-liquid is vaporised.

Unlike traditional vaping, where the wattage is the primary variable, TC vaping focuses on maintaining a specific temperature range during the vaporisation process.

TC vaping employs specialised devices and coil materials to maintain a consistent temperature, typically within a range of 300 to 600 degrees Fahrenheit (150 to 315 degrees Celsius).

What products can achieve temperature controlled vaping

To engage in temperature controlled vaping, you'll need a vaping device and specific types of coils. 

Many modern advanced vaporisers and box mods offer TC vaping capabilities.

These devices are equipped with an advanced chipset technology that can accurately read the resistance of the coil and adjust the power output to maintain the chosen temperature.

In addition to the device, TC vaping requires the use of temperature-sensitive coils, commonly made from materials like stainless steel, nickel, or titanium. 

These materials exhibit predictable changes in resistance as they heat up, allowing the device to monitor and control the temperature accurately.

learn about the different types of vapes in our guid

What are the uses of Temperature controlled vaping

• Preventing Dry Hits: TC vaping can help prevent the dreaded dry hit, where the cotton wick is overheated, producing an unpleasant burnt taste.  When the coil reaches the pre-set temperature, the mod reduces power output, mitigating the risk of burning the e-liquid.

• Consistent vaping: TC vaping aims to provide a consistent vaping experience throughout the life of the coil. As the coil's resistance changes with temperature, TC mods can adjust power to maintain a steady output, which will provide a consistent vapour and flavour production. Safety: Some argue that temperature control can enhance safety by reducing the risk of overheating and potential harmful chemical reactions that may occur at high temperatures.

• Coil Preservation: TC vaping can prolong the lifespan of coils by avoiding extreme temperatures that can lead to premature coil degradation.

Potential drawbacks of temperature control vaping

• Complexity: TC vaping can be more complex and requires a good understanding of the technology involved. Users need to select the appropriate coil material, set the desired temperature, and fine-tune their settings.

• Limited Coil Options: Not all coil materials are suitable for temperature control, limiting the variety of coils available to vapers who choose this method and also raising the price of entry for many beginners.

• Inconsistent Performance: While TC vaping can provide a consistent experience, it may not be full proof. Factors like coil quality, e-liquid composition, and mod accuracy can still lead to occasional inconsistencies.

Temperature control vaping is a technique that some enthusiasts choose for its potential benefits in terms of reducing dry hits and enhancing consistency. However, it's not without its complexities and limitations, making it a preference for a niche group of vapers who prioritise these features in their vaping experience. Learn more about the different  vaping styles in our how to vape guide.

*This product is not risk-free and contains nicotine, an addictive substance.