Frage zu Qualm?
Meine Frage ist, kann Qualm unterschiedlich dick sein als Beispiel bei eZigaretten bei der einen Marke wenn ich dran zieh kommt, kommt einem das vor als als als wär der Qualm sehr dünn und bei anderen Marken meint man der Qualm wäre vor vom Volumen her etwas dicker?
as an example of ecigarettes – so there’s nothing in the normal case.
But if you mean “DAMPF” – yes of course, depending on the device used, its setting and the liquid that you vaporize with it, the visible steam can look different bulky and there is also different amount of steam.
The amount of steam produced during pulling depends on some factors:
1. The airflow. The further it is closed, the denser is the steam, the further it is opened, the more voluminous is the steam. The actual amount of steam does not make the airflow any difference.
Two. The power of the evaporator. The more coil material installed in the evaporator, which depends on the size and number of coils, is more vaporized. The Watt number is of course also relevant. If you fire your vaporizer with 40 watts, it evaporates less liquid than 80 watts, for example
3. The liquid used is relevant. The base of the liquid consists of two ingredients. All planting glycerol and propylene glycol. The propylene glycol (short: PG) ensures the intense taste of the aroma used. The glycerol (short: VG) ensures a volumetric and dense steam and at the same time produces something sweet. The higher the proportion of VG in the liquid, the denser is the steam.
4. Your train behaviour is also relevant as the airflow. If you pull a little more strongly on the e-cigarette, then the steam is better distributed in your lungs and the steam then blown out is more volumetric but less dense. Here too, it is not relevant for the actual amount of steam. The tensile duration is, of course, relevant to the amount of steam. Longest tensile duration = more steam
I hope I could answer your question as far as possible and easily understandable. ECT
Yes, of course the Steam be different “thick”. This depends first with the power of the evaporator and then how much air is mixed with it.