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As temperatures fall during the winter months, many vapers spot a clear shift in their vaping session. One of the chief causes is that low temperatures make e-liquids—especially those rich in Vegetable Glycerin (VG)—grow thicker. This raised thickness can block the wicking process, which is key for sending e-liquid to the heating coil, causing uneven vaporization and dry or scorched hits.
Cold weather also straightly impacts your vape device’s power supply. Lithium-ion batteries work less well in low temperatures, leading to lowered output and briefer battery span. This affects the skill of the heating part to steadily vaporize the liquid, harming both taste and vapor thickness.
Breathing in cold air strengthens the throat hit by making your airways more prone to annoyance. This increased awareness means that even lesser nicotine amounts may seem rougher than normal, particularly during extended outdoor use.
Cold air is thicker than warm air, which has a big part in changing your vaping session. Thicker air contains more vapor bits per unit space, leading to vapor that seems denser and weightier when breathed in. While this might appear good for cloud seekers, it can really heighten the roughness of each draw.
The shift in vapor density causes firmer throat hits and lessens the ease of the inhale. Since cooler temperatures also drop the inner heat of your device and e-liquid, this mix upsets best vapor creation and feel.
Winter air is not just chilly—it’s also arid. The shortage of humidity in cold weather dries out your throat and nasal paths. When vaping in such states, this dryness adds to the irritation from denser vapor and raised throat awareness.
With less dampness in the air to soften the breathed vapor, every puff feels keener and more forceful. This can cause coughing, throat unease, and a total unpleasant vaping time if no changes are done.
Vegetable Glycerin (VG), a usual element in e-liquids, thickens a lot in low temperatures. This has a direct effect on how well your wick can soak up the liquid and send it to the coil. When VG gets too sticky, it slows wicking pace and raises the chance of dry hits or burnt flavor.
The heating element , using resistance heating, generates heat energy through the Joule effect of current flowing through a conductor, thereby heating the liquid and atomizing it. However, if the liquid cannot reach the coil efficiently due to thickening, this process becomes inconsistent or fails altogether.
Nicotine power is another factor that boosts roughness in winter. Higher nicotine amounts naturally create a stronger throat hit. When mixed with cold air—which already boosts throat awareness—the outcome can be too much.
Vapers who normally like high-nicotine e-liquids may gain from dropping their nicotine amount during winter to get a smoother session without losing fulfillment.
Cold temperatures lower the chemical action within lithium-ion batteries, causing quicker discharge rates and lesser voltage output. The sensor detects the airflow and triggers the airflow sensor switch through the control chip, starting the electronic cigarette and illuminating the LED indicator. If battery function falls, so does the skill of your heating coil, affecting total vapor quality.
Additionally, Do not charge the e-cigarette device under high temperature conditions. Remember to remove the e-liquid cartridge when charging, otherwise the high temperature will cause the e-liquid cartridge to leak oil. While this caution is for high temperatures, it’s equally crucial to avoid charging batteries at freezing levels as it can cause irreversible damage.
To keep function, hold your vape device warm by keeping it inside your coat or carrying case near your body. Before using it outdoors, let your device come back to room heat. This makes sure steady battery output and best liquid thickness.
It’s also useful to skip long contacts with freezing temperatures. If you’re outside for long times, take pauses indoors to allow your device adjust to warmer areas.
To lessen roughness:
When smoking, please make sure to inhale for a longer time, because inhaling for a longer time will allow the e-liquid to be fully atomized by the atomizer, thus producing more smoke.
Altering how you breathe in can also help. Try mouth-to-lung (MTL) pulls instead of direct lung breathes; MTL pulls are milder and give better hold over throat hit strength.
Taking slower pulls gives your coil more time to warm up well. Be cautious not to breathe in too strongly, as this will really cut the amount of vapor made.
Yes. Switching to a higher VG mix can help fight thickening problems while giving smoother hits. VG stays more steady at lower temperatures compared to PG-heavy liquids.
E-liquids specially made for winter use may also hold additives meant to keep fluidity at lower temperatures.
Dropping your wattage settings can aid in cutting overheating and stop rough throat hits from coils running too hot. This change permits more slow heating and smoother vapor creation.
Some advanced devices also let you handle temperature straight—an great trait when vaping in winter states.
At AIVONO, we grasp how seasonal shifts can impact vaping ease and function. That’s why our devices—including AIM AVN 150K PUFFS and 목표 AIPOD 키트 30000 퍼프—are built with cold-weather issues in mind.
Our products use temperature-proof materials and clever chipsets that adjust power output based on surrounding states, making sure dependable function no matter how low the mercury falls.
Our smart chip systems actively watch temperature shifts and tweak heating as needed. Vape use a high-tech smart chip and microphone switch to control the vapor output and operating status. This makes sure steady vapor creation even when used outdoors during winter.
AIVONO는 coils are made for effective heat shift, even when handling thickened e-liquids. The basic principle is that a battery powers the heating element assembly, causing the resistance wire to heat up and evaporate the e-liquid and its dissolved substances around the wire, forming vapor.
Our small designs make it simple to keep devices warm by holding them near your body or inside pockets—ideal for on-the-go winter use.
A: Cold air increases throat sensitivity and causes e-liquid viscosity changes, both contributing to a stronger throat hit.
A: Prolonged exposure to extreme cold can degrade battery life and affect internal components over time if not properly stored.
A: Yes, using higher VG blends or adjusting nicotine levels can help improve comfort during seasonal changes like winter dryness and cold airflow.
