Skip to content
Free UK 24 Shipping on all orders
Free UK 24 Shipping on all orders
Understanding the Difference Between Mouth to Lung and Direct to Lung

Understanding the Difference Between Mouth to Lung and Direct to Lung

Vaping has become a popular alternative to traditional smoking, offering users a safer and more customizable experience. As you delve into the world of vaping, you'll come across various terms and techniques that might seem overwhelming at first. One such distinction is between mouth to lung (MTL) and direct to lung (DTL) vaping. In this blog, we will explore the difference between these two vaping styles to help you make an informed decision about your vaping journey.

Mouth to Lung (MTL) Vaping:
Mouth to Lung vaping is a technique that closely mimics the experience of smoking a traditional cigarette. With MTL, you draw the vapor into your mouth first, then inhale it into your lungs. Here's how it works:

1. Technique: In MTL vaping, you take a gentle, slow pull on your vape device, allowing the vapor to settle in your mouth before inhaling. This technique is similar to sipping on a straw, where you gather the vapor in your mouth before breathing it in.

2. Nicotine Strength: MTL vaping is often associated with higher nicotine strengths, making it a suitable choice for those who are transitioning from smoking to vaping. The higher nicotine content provides a more intense throat hit, similar to that of a traditional cigarette.

3. Flavour Experience: MTL vaping offers a more concentrated flavour experience. The vapor is first captured in your mouth, allowing you to fully savour the nuances of the e-liquid's taste before exhaling.

Direct to Lung (DTL) Vaping:
Direct to Lung vaping, also known as lung inhale or sub-ohm vaping, is a style favored by experienced vapers who seek larger clouds and a stronger lung hit. Let's delve into the specifics of DTL vaping:

1. Technique: In DTL vaping, you take a deep, direct inhale from the device, drawing the vapor directly into your lungs without holding it in your mouth. This technique is similar to taking a deep breath.

2. Increased Airflow: DTL devices typically feature airflow systems that allow for a more open draw. This increased airflow enables the creation of larger vapor clouds.

3. Lower Nicotine Strength: DTL vaping is often associated with lower nicotine strengths, making it more suitable for vapers who are not seeking a strong throat hit. DTL vaping allows users to enjoy the flavour nuances without the intensity of higher nicotine concentrations.

Choosing the Right Style for You:
The choice between mouth to lung and direct to lung vaping styles ultimately depends on personal preference and individual vaping goals. Here are a few points to consider when making your decision:

1. Experience: If you are a current or former smoker looking to replicate the smoking experience closely, MTL vaping might be the right choice for you. The throat hit and higher nicotine strength can provide a satisfying transition.

2. Cloud Production: If you enjoy blowing big vapor clouds and prefer a more lung-focused experience, DTL vaping might be your style of choice. The unrestricted airflow and lower nicotine strength can enhance the overall vaping experience.

3. Flavour Intensity: MTL vaping typically offers a more concentrated flavour experience due to the vapor lingering in the mouth. On the other hand, DTL vaping may sacrifice some flavor intensity for the sake of cloud production.

Understanding the difference between mouth to lung and direct to lung vaping techniques is crucial for choosing the right vaping style that suits your preferences and needs. Whether you prioritize cloud production, flavour intensity, or nicotine strength, both MTL and DTL vaping methods offer unique experiences that continue to evolve alongside the vaping industry. Experimentation and finding what works best for you will undoubtedly enhance your vaping journey.
Previous article Finding the Perfect Coil for Nicotine Salts
Next article How to Tell If It's Time to Change Your Vape Coil

Leave a comment

Comments must be approved before appearing

* Required fields