That hole in the center of the ceramic cup is the air-channel...
The reservoir is an 'extension' of the mesh sorrounding the cup as in the whole body of mesh covering part of the atty in some models... When you pull juice does find its way into the coil... Too tight of a pull might cause a lot of liquid on the mesh to be delivered into the cup too soon, leading to a clogged/ flooded vape. So its better to drip less depending on how 'hard' you pull when taking a puff, mostly, because more liquid may be delivered altogether.
The juice is NOT supposed to pool in... This may translate into a 'clogged' vape... (Though sometimes it could work depending on heat and your dragging-holding-your-unit technique...)
One 'average' drop (eventually and in general) will be ALL that it takes for a debridged atty to stay on the right level of juice... Wet, not too much...
The juice that gets vaporized directly is the one on the fibers inside the coil... The rest could be atomized but as in a peripheral vaporization process which means not a good quality TH and flavor-wise... Similar to the eGo-T type of vaporization, where the process of 'peripheral vapor production' is a natural consequence to the very structure of the system.
Just my observations...
The reservoir is an 'extension' of the mesh sorrounding the cup as in the whole body of mesh covering part of the atty in some models... When you pull juice does find its way into the coil... Too tight of a pull might cause a lot of liquid on the mesh to be delivered into the cup too soon, leading to a clogged/ flooded vape. So its better to drip less depending on how 'hard' you pull when taking a puff, mostly, because more liquid may be delivered altogether.
The juice is NOT supposed to pool in... This may translate into a 'clogged' vape... (Though sometimes it could work depending on heat and your dragging-holding-your-unit technique...)
One 'average' drop (eventually and in general) will be ALL that it takes for a debridged atty to stay on the right level of juice... Wet, not too much...
The juice that gets vaporized directly is the one on the fibers inside the coil... The rest could be atomized but as in a peripheral vaporization process which means not a good quality TH and flavor-wise... Similar to the eGo-T type of vaporization, where the process of 'peripheral vapor production' is a natural consequence to the very structure of the system.
Just my observations...
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It's just so hard to tell if the wick is still in the coil when the bridge is still on there.
