Imeoatties had some improvements like the bigger hole on the side, better coil and the insulant between center pole and
threads. Nothing of them was ok when I order from China. You cant trust them.
My research for atomizers was very small, so I really didnt knew the construction of them. I only asked for the improvements I thought they were nesessary. But now that I desided to make a serious search I came up with all those questions and you are the man that answer to all of them. Thanks mate.
Ok, if all atomizers have this wick my next question is why they need this wick. Why the coil doesnt sit on the ceramic only? Because liquid would leak immediately
through the center pole?
I'm not actually a pro in this Imeo, but just trying to communicate what I understood from my readings. Actually, I'm rather amazed by your questions. The real key of success, is the ability to ask the right questions. And you're doing just that. You're looking at what many might see and know, not contenting yourself with just understanding the mechanism, but also trying to understand its implications from the most important angle, which is health. Thank you for that.
To get back to the question, I think that the atomizer needs a wick, because it needs to be moist all the time, or else it will either break under frequent dry burns, or it will break because it will be subjected to much more stress, like going from a hot and wet status, to a dry and cold status, than back again to hot and wet...just like a glass cup that you take out of the freezer and instantly put hot water on it...it will shatter in pieces.
So the wet wick keeps a little moisture around the coil, and allows a smoother transition between the different stages of use.
And also I think that the cup, although called "cup" was never intended to hold liquid for the atomizer to burn, but only to channel the heat generated by the atomizer into a specific direction so it does not disperse, and mostly to channel the airflow.
So we have 2 separate processes here:
1- the heating process, that requires that the coil stays moist, never gets fully immersed in liquid and never gets dry: The wick seemed to be the only effective solution to that.
2- The airflow and heat dissipation: The cup was the right answer.
There is also a third process that everyone has been trying to address by different methods: The liquid delivery system.
In regular atomizers, the delivery system was conceived in a way that the liquid passes from the cart, through the mesh bridge and onto the wick.
In catomizers, the delivery system was conceived in a way that the liquid passes from the cotton that is wrapped around the coil.
Now in this new catomizer, that looks like half carto/half atomizer, the delivery system is conceived in a way that the liquid travels from the liquid tank, through the long wick, and to the coil that is rolled around that wick. It is actually the same principle of the "oil lamp".
As I understood, in the beginning, this system wasn't efficient enough and the wick would get dry rapidly, and won't deliver liquid fast enough, until they discovered that this was due to the fact that the coil was wrapped too tight around it. So they loosened the coil around the wick and it worked back better.
The major improvement they apparently brought in, was to use a silica wick, that seems to withstand very high temperatures without burning.
Which is your specific point of interest here, and now, and thanks to your concerns, ours to.
So the ball is in your court now Imeo. And I wouldn't trust anyone other than you to provide me with a satisfactory answer about that wick.