About Vaporizing Performance

A perfect puff of vapor is the best tribute to the precious cannabis oil.

What are ideal vaping performances? Beastly clouds? Epic flavor? Or a genuinely personalized vaping experience? Some Enthusiasts outweigh the thicker, denser, and bigger clouds with a hit pleasure. Many consumers also desire a smoother, more intense flavor, a high potency unleashed from the original cannabis plants. However, whatever vaping performance you seek relies on superior vape quality with excellent vaporization.

Burned Taste

Poor Oil Conduction

Improper selection of the oil-conducting medium for the heating core will result in a slow oil-delivering speed, leading to the lack of cannabis oil that the heating coil can vaporize. Such conditions may result in burned flavor brought by dehydrated burning.

Excessive Battery Power Output

Incorrect Vaping Habits

Excessive Battery Power Output leads to higher temperatures produced than the boiling temperature of the cannabis extract. Continuous vaporization tends to trigger an over-burning taste.

Consumers looking for immense clouds used their vapes vigorously, which can accelerate the vaporization process and thus lead to a dry burning with a scorching fragrance.

Vaporizing Performance Technical Solution

There are hundreds of reasons that impact the vaporizing performance. Is your vape okay?

It is crucial to understand that there are many causes of poor vaping performance. There is more than one technology that can optimize vaping performance.

Heating Temperature

Smart Heating Control Technology

Adjusting the voltage output to increase the heating speed and stabilize the heating temperature

Flavor Reducibility

IPC™ Ceramic Heating Technology

Evenly disperse the heat for better cannabis flavor retention and superior heating performance.

Safe and Smooth

Ceramic Heating technology

Deliver instant, tight and infinite airflow with a ‘hit’ pleasure through the refined ceramic microporous matrix.

How to Effectively Avoid Vape-Clogging

Flavor Reduction

Poor Oil Conduction

A ceramic heating core with impurities and poor quality will affect the flavor and taste of the cannabis oil during the vaporization process.

Inappropriate Vaporization Temperature

A Vaporization temperature that does not adhere to the boiling temperature of cannabis extract will destroy its original flavor.

Improper Air-Path Design

A lengthy or convoluted air path design can cause the smoke to disperse before it reaches the user, reducing the flavor of the cannabis.

Sparse Vapor

Poor-Quality Heating Core

Improper selection of the oil-conducting medium for the heating core will result in a slow oil-delivering speed, leading to lesser vapor due to a lack of cannabis oil that can be vaporized.

Boiling Temperature > Heating Temperature

In the scenario where the temperature of the heating component is lower than the boiling point of the cannabis oil, the vapor produced will be meager and small due to imperfect evaporation.

Improper Air-Path Design

A lengthy or convoluted air path design can cause the smoke to disperse, reducing the amount of the vapor during this period from vaporization to entering your mouth.

No "Hit" Pleasure

Non-scientific Ceramic Microporous Ratio

The amount and the speed of vapor production will be affected if the microporous matrix design of the ceramic heating element needs to be scientifically crafted. Thus, it is difficult to form a wonderful sensation in your throat.

Slow Heating Response

A slow vapor production rate can also be caused due to inefficient heat management. It will lead to a hard time getting excellent satisfaction.

Improper Air-Path Design

A lengthy or convoluted air path design can cause the vapor to disperse, hardly informing a perfect ‘hit’ in vaping.

Vapor Density

Only use premium-quality ceramic materials and top-notch technology to produce a superior microporous ceramic core.

Micro® Technology

How Can Smart Heating Control Technology Effectively Optimize the Vaporizing Performance?

Smart Heating Control Technology needs to do more than simply deliver steady output power to vaporize your cannabis extract. It also needs to adjust the voltage in different stages of heating to keep the temperature constant, which is beneficial for consistent, steady, and superior vaping performance.

How IPC™ Ceramic Heating Technology Effectively Optimizes the Vaporizing Performance?

IPC™, the new generation of ceramic heating core, is characterized as the scientifically distributed microporous holes that evenly disperse the heat for better cannabis flavor retention and superior heating performance. This innovative technology achieves excellent heat durability with high rigidity by narrowing the size of the micropore ceramic heating core. It facilitates the heating process to help cannabis users save costs while making every puff of vape bolder and uniform without an over-burning taste.

Micro® is the pioneer in ceramic heating core design to deliver instant, tight, and continuous airflow with a ‘hit’ pleasure, an ultimate heating engine for more prominent cloud chasers and cannabis enthusiasts. The key to Micro® is the size of the ceramic pores, which impacts the speed and amount of oil absorption, which affects the heat distribution and cannabis oil flavor retention. Thus, VCD® invented a refined scientific ratio of ceramic components that increases its porosity without reaching its peak to avoid fragile status and narrows the size of the ceramic element to expedite the oil absorption coverage.

How Micro® Ceramic Heating Technology Effectively Optimizes the Vaporizing Performance?

Application Cases

Explore which vapeCBD® Products employs the latest vaporizing performance technical solution.

We provide samples to companies and retailers who are interested in vapeCBD® Technical Solution.