For anyone new to the world of vaping, the phrase mouth to lung describes a specific inhalation technique that mimics the sensation of smoking a traditional cigarette. Instead of inhaling vapor directly into the lungs, the user draws the vapor into the mouth first, holds it briefly, and then inhales it into the lungs before exhaling. This method is favored by many because it provides a throat hit that closely resembles combustible tobacco, making the transition from smoking to vaping significantly smoother.
Understanding the Mechanics
The mechanics behind mouth to lung vaping are straightforward but impact the device selection and overall experience. Because the vapor is drawn into the mouth before reaching the lungs, the draw resistance is higher compared to direct lung inhaling. This means the vaping device needs to generate sufficient vapor production and flavor delivery during that initial mouth draw. Most beginners start with a simple pod system or a compact pod vape kit, which is specifically designed to facilitate this technique with ease and efficiency.
Device Specifications and Coil Resistance
Choosing the right hardware is essential for a satisfying experience, and understanding specifications is key. Mouth to Lung vaping typically requires a higher resistance coil, usually ranging from 1.0 ohms to 1.8 ohms. These higher resistance coils operate at lower temperatures and consume less e-liquid compared to the low resistance coils used in direct lung vaping. The table below outlines the common specifications associated with mouth to lung setups.
Flavor and Nicotine Satisfaction
One of the primary reasons veteran smokers switch to mouth to lung vaping is the superior flavor profile and nicotine delivery. High nicotine salt e-liquids are often paired with this technique because the concentrated nicotine absorbs quickly through the mucosal lining in the mouth. This provides an immediate throat hit and satisfaction that effectively curbs cravings. Sub-ohm vaping with low nicotine usually results in a harsher throat hit and less efficient nicotine absorption, which is why the mouth to lung method remains the gold standard for those using nicotine replacement.
The Role of E-Liquid Viscosity
E-liquid viscosity plays a critical role in the performance of a mouth to lung vape. Thinner liquids, often with a higher PG concentration, flow more easily through the wick and coil, producing consistent vapor with lower power. Thicker liquids with high VG content tend to clog the wick faster or produce vapor too slowly for the short, sharp draws associated with mouth to lung vaping. Finding the right balance ensures the device operates smoothly without dry hits or burnt tastes, preserving the integrity of the flavor profile.
Transitioning from Smoking
For smokers looking to quit, the mouth to lung technique offers a familiar ritual that reduces the learning curve. The physical act of drawing on the device, holding the vapor, and then inhaling mirrors the action of holding smoke in the mouth before taking a puff of a cigarette. This familiarity can reduce the psychological barrier to switching. Many users report that they find it easier to taper their nicotine intake down gradually, eventually reaching a point where they can vape responsibly and maintain the habit long-term.
