Do Disposable Vape Kits Make Larger Smoke Clouds

Do Disposable Vape Kits Make Larger Smoke Clouds?…

Adam WinterGeneral Leave a Comment

This is a sponsored post written by Larry Henderson. We at Vaping Hardware are not liable for the accuracy and/or content of this article.

In recent years, vaping has gained popularity as an alternative to smoking, with many people using disposable vape kits and e-cigarettes to satisfy their nicotine cravings without the negative effects of traditional tobacco products. 

Whether the kits of dispo vapes create bigger smoke clouds than other vaping devices is one query that has come up time and time again. In this article, we’ll look at the variables that affect the size of vape clouds and consider whether disposable vape kits are more likely than other e-cigarette models to produce bigger smoke clouds.

What Makes Vape Clouds?

Vape clouds vary in size and density depending on a number of variables. The type of vaping device being utilized has an impact on cloud production. The type of e-liquid used, the device’s wattage, and its temperature can also all affect the amount of cloud production. 

The technique and rate of inhalation used by the user can also affect results. 

The final vaping craze is cloud-chasing, which involves striving to create the biggest cloud possible. It’s crucial to keep in mind, though, that bigger clouds may not always result in a better vaping experience and might pose health dangers.

Comparing Disposable Vape Kits and Other E-cigarettes

Due to their accessibility and simplicity of use, the Air Bar Atron 5000 and other disposable vape kits are becoming more and more popular. It’s unknown though whether disposable e-cigarettes create bigger smoke clouds than other e-cigarettes kinds. Here are some things to think about:

  • As they are pre-filled with e-liquid and don’t need any maintenance or replacement parts, disposables are practical and simple to use.
  • According to certain research, the high concentration of vegetable glycerin in e-liquid, a frequent component of disposable devices, may cause greater clouds to be produced by disposables. 
  • The size of the cloud can also be significantly influenced by other variables, like wattage and inhaling methods.
  • In terms of e-liquid options and personalization possibilities, other forms of e-cigarettes, such as refillable tank systems or pod systems, offer more freedom. However, they need more upkeep and might not be as handy for use while traveling.

In the end, the decision between disposables and other e-cigarettes comes down to individual needs and tastes. When choosing a vaping device, it’s crucial to take into account elements like convenience, cloud production, e-liquid selections and maintenance needs.

What Affects the Size of Smoke Clouds? 

There are a number of things that can affect the size and density of vape clouds, including:

Type of Vaping Device

Due to differences in design and wattage, various vaping devices, such as disposables, refillable tanks, or pod systems, may produce clouds of varying proportions.

E-Liquid Composition

The amount of e-liquid used can have an impact on the size of the clouds. While higher levels of propylene glycol (PG) can result in less vapor, higher levels of vegetable glycerin (VG) often produce thicker clouds.

Wattage and Temperature

Increasing a vaping device’s wattage or temperature can produce bigger clouds. However, it’s crucial to exercise caution and adhere to suggested wattage limitations because doing otherwise can result in gadget malfunction or even pose health hazards.

Inhalation Technique

The speed and intensity of inhalation can also impact cloud size. Taking longer, slower draws can result in larger clouds compared to quick, shallow inhales.

Coil Resistance

The resistance of the coil used in a vaping device can also affect cloud production. Lower resistance coils may produce larger clouds but may also use more battery power and e-liquid.

Why Do Disposable Vape Kits Make Small Smoke Clouds?

High VG e-liquid and a coil with a greater wattage are often required to produce big vape clouds. However, because they are not intended to be personalized, disposable vape kits frequently do not have these choices. 

Instead, disposables are designed to be compact, lightweight, and simple-to-use tools that provide users with convenience and ease. 

They might not be well suited to advance vaping methods that concentrate on creating big clouds because of their small size and restricted functionality. As a result, users of disposable vape kits are less likely to be able to produce big smoke clouds because these devices lack the necessary features and components. 

Competitions for Vaping and Cloud-chasing 

Recent years have seen a rise in the popularity of cloud-chasing and vape competitions among vaping fans. These activities involve creating substantial, dense vapor clouds utilizing specialist vaping equipment and e-liquids. Some essential considerations include:

  • Competition vaping often entails the use of top-tier mods and atomizers that may create substantial vapor clouds. These gadgets frequently have strong batteries, high-wattage coils, and adjustable airflow settings.
  • High VG concentrations are frequently found in e-liquids used for cloud-chasing and competition vaping, which aids in the creation of bigger clouds. To improve the vaping experience some of them also include additional flavors, sweeteners, or other chemicals.
  • Cloud-chasing and competition vaping requires specialized skills and techniques such as using specific inhalation methods and performing tricks such as blowing smoke rings or creating shapes with the vapor.

While cloud-chasing and competition vaping can be entertaining and enjoyable for some users, it’s important to use caution and prioritize safety. High-wattage vaping can be dangerous if not done properly, and inhaling large amounts of vapor can also pose potential health risks.

Tips for Larger Vape Clouds for Advanced Vapers

Larger Smoke Clouds

Larger vape clouds demand advanced methods and specialized gear. The following advice will help you create larger vape clouds:

Choose a high VG e-liquid

E-liquids with a higher VG percentage produce greater clouds of vapor. To get started, look for e-liquids that have a VG concentration of at least 70%.

Use a Sub-ohm Tank or Rebuildable Atomizer 

These atomizers are made to withstand greater wattages and generate bigger vapor clouds. Rebuildable atomizers let you create your own coils, while sub-ohm tanks employ coils that have already been made. 

Increase Your Wattage

Vapor can be produced in greater clouds when wattage levels are higher. Once you locate the sweet spot, steadily raise your wattage from a modest starting point that produces the biggest clouds. 

Change Your Airflow

A wider airflow might aid in the creation of larger vapor clouds. Try out several airflow settings to get the best compromise between airflow and vapor production.

Prime Your Coil

A properly primed coil will help to guarantee that it produces the most vapor. Allow your e-liquid to soak into the coil for a few minutes prior to vaping to make sure it is completely saturated.

Take Deeper Breaths

Deeper breaths can result in more vapor being produced. To get the appropriate balance between inhaling deeply and exhaling smoothly, experiment with your inhalation method. 


In conclusion, whether you vape occasionally or regularly, it’s important to understand the variables that affect the size of your vape clouds in order to maximize your vaping enjoyment. While disposable vape kits are a practical choice for on-the-go vaping, they are not intended to create significant vapor clouds. 

Larger clouds of vapor can be created using advanced vaping techniques and specialized tools like sub-ohm tanks and rebuildable atomizers, but it’s crucial to put safety and responsible vaping practices first.  

You may take advantage of the benefits of vaping while reducing any potential hazards or adverse effects by heeding the advice provided in this article and staying updated on the most recent advancements in the vaping industry.

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