The “SMOK RPM2 Coil” is a replacement coil specifically designed for use with SMOK RPM2 pod systems, such as the SMOK RPM160. It is a high-performance coil known for its meshed design and a resistance of 0.16 ohms.

The RPM2 Coil features a mesh heating element that consists of a fine mesh wire arranged in a grid pattern. This mesh structure provides an increased surface area, allowing for faster and more efficient heating of the e-liquid. The mesh design also ensures even distribution of heat, resulting in enhanced flavor production and dense vapor clouds.

With a resistance of 0.16 ohms, the RPM2 Coil is optimized for direct-to-lung (DTL) vaping. DTL vaping is characterized by inhaling the vapor directly into the lungs, similar to taking a deep breath. This coil is specifically designed to accommodate higher wattages, typically ranging from 25 to 50 watts, providing an intense and satisfying vaping experience.

To install the RPM2 Coil, remove the pod from the device, detach the old coil if present, and insert the new coil into the pod. Ensure a secure fit to prevent any leakage or performance issues. It is important to prime the coil before use by applying a few drops of e-liquid directly onto the cotton wicking material. This allows the coil to become saturated and avoids any potential dry hits.

The RPM2 Coil is compatible with high-VG (vegetable glycerin) e-liquids, which are thicker and offer excellent vapor production. It is recommended to use e-liquids with a VG ratio of 70% or higher for optimal performance. The wattage range for the RPM2 Coil varies, but it is generally advised to start at the lower end of the recommended wattage range and gradually increase to find your preferred balance of flavor and vapor production.

Coil lifespan depends on factors such as usage patterns, e-liquid composition, and vaping habits. On average, the RPM2 Coil can last approximately 1-2 weeks before needing replacement. Signs that indicate a worn-out coil include diminished flavor, reduced vapor production, and potential leakage.