I have a Kanger kbox nano. I vape in bathroom while running vent fan in ceiling. Went to clean the vent fan and all over small fan blades was e-liquid droplets. also vaped in garage and drove vehicle the other day and noticed droplets all over front windshield (on outside of the vehicle). Has anybody else experienced this! What is going on? Is this representative of my not having temp up high enough on kbox? Using coil 1.5 and watt set to 16.5. Thanks. appreciate any advice on why there would be so many many liquid droplets.
E liquid droplets question
- Thread starter TNgirl
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Welcome and glad you joined.
Might like to read:
What is Condensation? - Definition & Examples - Video & Lesson Transcript | Study.com
Sounds like your Kbox is doing what it is suppose to do. 1.5 to 2.2 ohms are a good coil settings for you just starting out.
You will get great flavor but the cloud production may not be as intense as you can produce with sub ohm'g.
Could look into the pros and cons of sub ohm'g vs non sub ohm'g before you decide which way you want to go. Some folks jump right into sub ohm'g without looking at the hidden ramifications. Successful sub ohm'rs tend to know the ins and outs of vaping. That's why sub ohm'g is tagged as advanced vaping.
In General higher ohm coils/lower wattage (generally MTL) vaping will:
Heat the coil slower, which may produce “less” vapor
Provide A “cooler” tasting vape, can produce more flavor (sub vs non sub/taste: on going debate about how much flavor your taste buds can absorb)
May use less E-Juice (<$ less money)
Prolong battery life (<$)
Prolong coil life (<$)
Prolong wick life (<$)
May result in less PV maintenance/Issues (<$)
Less irritation to non vapers
Aids stealth vaping
May be better in the long run healthwise (<$)
Might like to read:
What is Condensation? - Definition & Examples - Video & Lesson Transcript | Study.com
Sounds like your Kbox is doing what it is suppose to do. 1.5 to 2.2 ohms are a good coil settings for you just starting out.
You will get great flavor but the cloud production may not be as intense as you can produce with sub ohm'g.
Could look into the pros and cons of sub ohm'g vs non sub ohm'g before you decide which way you want to go. Some folks jump right into sub ohm'g without looking at the hidden ramifications. Successful sub ohm'rs tend to know the ins and outs of vaping. That's why sub ohm'g is tagged as advanced vaping.
In General higher ohm coils/lower wattage (generally MTL) vaping will:
Heat the coil slower, which may produce “less” vapor
Provide A “cooler” tasting vape, can produce more flavor (sub vs non sub/taste: on going debate about how much flavor your taste buds can absorb)
May use less E-Juice (<$ less money)
Prolong battery life (<$)
Prolong coil life (<$)
Prolong wick life (<$)
May result in less PV maintenance/Issues (<$)
Less irritation to non vapers
Aids stealth vaping
May be better in the long run healthwise (<$)
Probably just VG haven't had that problem yet but was watching a grimmgreen video and he mentioned it. He says gets it on his computer screen and windows just clean with warm water.
Never noticed droplets but the windshield of my car gets a film very quickly in cold weather.
Yes, it's the VG turning back to a liquid from a vapor. No harm, but can make it hard to see thru windows/glass after time. I use water/vinegar 7:1 ratio, or water/alcohol 7:1 ratio, in spray bottle. The only glass or multi-surface cleaners I use are organic ones, because of different surfaces.
Many glass cleaners contain ammonia, and not be good, especially if you have film-tinted car windows. [or plastic exhaust fan blades]
Electronics cleaners work on many delicate surfaces [phones, monitors, etc.].
Same thing happens in your lungs, but the tissue absorbs it and your liver metabolizes it.
Colder surfaces collect it sooner.
Many glass cleaners contain ammonia, and not be good, especially if you have film-tinted car windows. [or plastic exhaust fan blades]
Electronics cleaners work on many delicate surfaces [phones, monitors, etc.].
Same thing happens in your lungs, but the tissue absorbs it and your liver metabolizes it.
Colder surfaces collect it sooner.
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