In the vibrant vaping community of the Philippines, enthusiasts are constantly seeking to enhance their experience. However, one common issue that many face is the problem of sub ohm cotton burning too fast. This article delves into the reasons behind this phenomenon, its implications, and how to mitigate it.
Sub ohm vaping has gained immense popularity due to its ability to produce large vapor clouds and intense flavor. The term ‘sub ohm’ refers to the resistance level of the coil, typically below one ohm, which allows for higher wattage and, consequently, increased vapor production. However, this sheer power can lead to issues with the cotton used in the wicking process.
One of the primary reasons sub ohm cotton burns too fast is due to inadequate saturation. When the cotton wick is not sufficiently saturated with e-liquid, it cannot effectively absorb the liquid as it is vaporized. This lack of saturation results in dry hits, where the coil burns the cotton instead of vaporizing e-liquid, leading to a burnt taste and potential health risks.
Another contributing factor is the wattage setting on the vape device. Vaping at too high of a wattage can heat the coil excessively, causing the cotton to burn faster than it can absorb e-liquid. This is particularly common among novice vapers who may not yet understand the relationship between wattage and cotton burning. Additionally, using e-liquids with high VG (vegetable glycerin) concentrations can also lead to quicker cotton degradation, as VG is thicker than PG (propylene glycol) and may take longer to saturate the wick.
To prevent sub ohm cotton from burning too quickly, vapers should consider a few key practices. First, ensuring that the cotton wick is adequately saturated before the first puff is crucial. Allowing the cotton to soak in e-liquid for a few minutes before using the device can greatly enhance the vaping experience and prevent burning.
Moreover, adjusting the wattage settings to a suitable level is essential. It is advisable to start at a lower wattage and gradually increase it to find the optimal setting that allows for great vapor production without compromising the integrity of the cotton. Experimenting with different coil materials and builds can also help in achieving a better balance between flavor, vapor production, and cotton longevity.
In conclusion, while sub ohm vaping can offer a pleasurable experience, it comes with its challenges, particularly regarding cotton burning. By understanding the reasons behind rapid cotton burning and implementing simple adjustments in technique and settings, vapers in the Philippines can enjoy a more satisfying and flavorful vaping experience without the unpleasantness of burnt cotton.
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