The VAPORESSO GTX 0.8 Mesh Coil is a specific coil designed for use with compatible Vaporesso devices. Here is a detailed description of the VAPORESSO GTX 0.8 Mesh Coil:

1. Coil Resistance: The VAPORESSO GTX 0.8 Mesh Coil has a resistance of 0.8 ohms. This resistance level is specifically designed for low-wattage vaping and is ideal for mouth-to-lung (MTL) vaping style.
2. Mesh Coil Design: The GTX 0.8 Mesh Coil features a mesh heating element. The mesh design provides a larger surface area compared to traditional wire coils, resulting in improved heat distribution and enhanced flavor production.
3. Wattage Range: The recommended wattage range for the GTX 0.8 Mesh Coil is between 12 watts and 16 watts. This low wattage range is suitable for MTL vaping, providing a smooth and flavorful experience.
4. Compatible Devices: The GTX 0.8 Mesh Coil is designed to be used with Vaporesso devices that support the GTX coil series. Some popular devices compatible with this coil include the Vaporesso Luxe PM40, Vaporesso XIRON, and Vaporesso GTX GO 40.
5. Plug-and-Play Installation: Installing the GTX 0.8 Mesh Coil is a straightforward plug-and-play process. Simply remove the old coil from the device, insert the new GTX 0.8 Mesh Coil into the pod or tank, and you’re ready to start vaping.
6. Coil Longevity: The lifespan of the GTX 0.8 Mesh Coil can vary depending on factors such as usage, e-liquid composition, and wattage settings. It is generally recommended to replace the coil once you notice a decline in flavor or vapor production or if you experience a burnt taste.
7. E-liquid Compatibility: The GTX 0.8 Mesh Coil is suitable for use with regular (freebase) nicotine e-liquids and nicotine salt e-liquids. It can handle a range of e-liquid viscosities, providing flexibility in the types of e-liquids you can use.
8. Flavor and Vapor Production: With its mesh coil design and recommended wattage range of 12W to 16W, the GTX 0.8 Mesh Coil is optimized for MTL vaping, delivering excellent flavor and a satisfying vapor production at lower power levels.