Discover why outdated e-cig vape technology is failing in the world of cannabis vaping. Consumers and extractors are realizing that using old e-cig tech for cannabis vaping results in a subpar experience, compromised terpenes and cannabinoids, and damaged flavor. The incompatibility between e-cigarette technology and cannabis oils is becoming increasingly evident as the cannabis extraction industry advances. While e-cigarettes are designed to vaporize glycerol, propylene glycol, flavorings, and nicotine combinations, cannabis vapes contain cannabinoids, terpenes, waxes, and flavonoids. The differences in viscosity and chemical composition require specific hardware materials and heating methods for cannabis oils. Read on to learn why choosing the right hardware is crucial for a satisfying cannabis vaping experience.
E-juice vs cannabis oils
When it comes to vaping, it’s important to understand the key differences between e-juice and cannabis oils. E-cigarettes, or vapes, are commonly used as a healthier alternative to traditional tobacco consumption. They are designed to vaporize glycerol, propylene glycol, flavorings, and nicotine combinations for inhalation. On the other hand, cannabis vapes contain cannabinoids, terpenes, waxes, and flavonoids.
The difference in viscosity and chemical composition between e-juice and cannabis oils means that the same technology cannot be used for both. E-cigarette technology is not compatible with cannabis oils, and using outdated e-cig tech for cannabis vaping can lead to a poor experience. Not only are terpenes and cannabinoids compromised, but the flavor of the oil is also damaged.
Tank size and material matters
One important factor to consider when selecting vape hardware for cannabis oils is the tank size and material. E-cigarettes often have large-capacity tanks to accommodate nicotine e-juice, but this does not work well with cannabis oils. Cannabis’s physical and chemical properties require more intent on development and delivery, as it is not as forgiving as nicotine.
Using a larger capacity tank for cannabis oils may compromise the composition of the oil over time, leading to degradation and a decrease in quality and taste. When selecting a larger capacity tank, it is essential to inquire about the materials used in the hardware. Tanks manufactured from thermoplastic compounds or borosilicate glass are ideal as they ensure terpene resistance and avoid leaching in both normal and heated states.
Rapid heating is not always good
When it comes to vape coils, the material used can have a significant impact on the vaping experience for cannabis oils. Most e-cigarettes use NiChrome, a nickel-chromium blend, for vape coils. While NiChrome heats up quickly, this can be detrimental to terpenes and cannabinoids in cannabis oils.
Faster heat rates have the potential to disrupt and negatively impact terpenes, resulting in a loss of flavor and efficacy. Specialist cannabis vape hardware manufacturers use proprietary heating coils made from specialized alloys that heat extracts in a controlled way. This ensures that terpenes and cannabinoids are preserved, and the flavor of the oil remains true to the strain.
Be careful how cotton is used
The construction of e-cigarettes includes mesh and cotton batting, with the cotton acting as the wick. However, using the same design for cannabis vaping can be risky. The cotton wick has the potential to burn the oils and lead to chemical changes that are detrimental to the overall experience and life cycle of the oil.
For cannabis vape devices, it is important to use cotton as a semi-permeable layer, securing the ceramic core in the housing. This design prevents the cotton from coming into direct contact with the heating element, reducing the risk of burning the oils. The cotton allows the oil to pass evenly to the core for heating and does not function as a wick.
The danger of high voltage
E-cigarette batteries are designed to operate at high voltages that exceed the temperatures required for cannabis oil vaporization. While high voltages may be suitable for nicotine vapes, they can destroy the flavor and properties of cannabis oil. To retain the full flavor profile of cannabis oil, it is best to use a lower heat setting.
Lower voltage settings, such as 2.6V for flavor and terpene retention, 3.0V for a balanced vaping experience, and 3.4V for big clouds, allow for the preservation of terpenes and cannabinoids while maintaining consistent vapor density. Power modulation, which involves setting high or low voltage points across the duration of a hit, can further enhance the overall experience and preserve terpene profiles.
Choosing the right hardware for your oils
As the cannabis industry continues to advance, vape hardware must also evolve to meet the needs of cannabis oils. Outdated e-cig technology is not up to the task and can lead to a poor vaping experience. Selecting appropriate hardware is crucial and directly impacts the perception of your oil and brand.
Consider how your oil will interact with the design and components used in your proposed vape device. Pay attention to the impact of size, construction materials, heating ramp rate, and power modulation. It is essential to choose vape hardware that is specifically designed and manufactured for use with cannabis oils to ensure the best vaping experience possible.
In conclusion, understanding the differences between e-juice and cannabis oils is key to selecting the right vape technology for cannabis vaping. Tank size, material, coil type, cotton usage, and voltage settings all play a role in preserving the flavor and properties of cannabis oils. By choosing the right hardware for your oils, you can ensure a high-quality and enjoyable vaping experience.
Feature Photo by Dima Valkov:
