I'm thinking he's talking about the fact the it's a woven pattern?
Should have been clearer.... BJ your math is good.
I assume that if the mesh is woven, the individual wires would overlap, so the maximum mesh thickness is double the wire thickness. Mesh thickness would vary between the wire and the wire overlap though.
I was thinking, what if the mesh was flat? Could it be flattened in a roll press?Got it, probably the .025 is not exact as it is a mesh and not flat. Since the mostess is the bestess I just put as much as I can in the wick hole by trial and error.
I was thinking, what if the mesh was flat? Could it be flattened in a roll press?
I was just pondering all the different wick sizes for all the various wick hole sizes on the different devices that have been talked about in here. I was just trying to come up with a simple way for folks to figure out what size mesh to use based on their wick hole size because I see this asked all the time (myself included) and thought maybe I could offer something back to the community for a change rather than just asking questions all the time. lol
Mathematically some of them don't seem possible based on the wire diameters of the popular #400 and #500 mesh.
For example: Someone previously posted that for a 3mm hole you can use a 60mm wick. This makes perfect sense mathematically if you can roll it so tight that there is no center hole.
The math is simply (3/.025=120)/2=60
I think I saw where BJ said he can get a 55mm (max) wick into a 2mm hole. Again using my generic math that would be (2/.025=80)/2=40
The only way this can happen is BJ and others must be compressing it so tight that the wires are actually pressing and squeezing in between each other some how. I don't know if that's even possible but that's all I can come with.
What are your thoughts about this? Is my simple little brain missing something here?
Specifications are as follows:
Mesh Count: #400 mesh - 400 wires or holes per linear inch.
Wire Diameter: 0.025mm
Aperture: 0.039mm - this is the hole size and it is square
Open Area %: 36.8%
and
Mesh Count: #500 mesh - 500 wires or holes per linear inch.
Wire Diameter: 0.025mm
Aperture: 0.026mm - this is the hole size and it is square
Open Area %: 26%
Just that the real world doesn't always conform to equations and specifications.
Got my 9 Duds wicked and coiled, 12 amp VV almost finished to handle 3 at a time. Some new lab experiments. I will start a new myth buster thread. I sure it will start some good discussion. I think I will call it. "Less than 6 wraps is inefficient" . In other word never less than six wraps for an efficient burn area and better to increase the gauge to lower ohms than decrease wraps. Again these lab tests are about vaper volume. I use the word wraps just for simplicity, the tests will be with measured wire length.
Wow six wraps, first I don't know how to accomplish, no room, 4 wraps crowd my did. Second, 6 wraps and my ohms would soar, unless I use a bicycle chain as coil. I have no doubt you accomplished this, its obvious you are scientific in nature, but for the average guy, this sounds near impossible to get right.
Sent from my cm_tenderloin using Tapatalk 2
In my experience, yes, that is exactly what I get as well.Now I am using a rather thick wick with 4/5 wrap of 30g kanthal. It seems like its taking a few seconds to heat up and produce thick vapor. If I chain vape it after my initial puff, it's fine. Is this normal?