TC, yes that is how #500 and #400 have the same micron measurement, it is the same wires, just a tighter weave.
I will then set them up with a login account for our website. They'll then be able to login and receive the 5% discount anytime they want.
400 mesh has 39micron holes; 500 has 26micron. So actually I think the 50micron would be a smaller mesh than 400.
Just went and checked the Mesh Co website.They say their 200 mesh is 28micron and 325 mesh is 36 micron; meaning that the hole sizes in the 200 and 325 are smaller than the holes in the 400. W T F
ETA:
Oh, their "micron" measurement is referring to the wire diameter and not the hole size![]()
200 mesh holes are 99 micron
325 mesh holes are 42 micron
You could probably find and average where you would get the same results with both. Any thing that increases the distance the molecules have to travel thru adhesion, decreases wicking. Tightness of the roll brings the holes of each layer closer together.Does wicking depend more on 'hole' size or tightness of the roll? Would a tightly rolled 325 wick better, or at least as good as, a loosely rolled 500?

I'm doing my part to get that twitter discount of 20% to happen. If I actually see it happen on the day, that is another question. Not so happy to hear the free sheets aren't going to be #500, #400 or even #325. What are we supposed to do, get into beekeeping to use up the course mesh?![]()
Yeah he loved it. I'm Continental Europe, so I suppose I'm into the 28 micron stuff too, hmmm. Just checked, and I'm a 25 micron fan.
I do see that we used up the scraps and are cutting into the industrial customer share, but doesn't that also mean that they are selling quite a bit more than before? There do seem to be quite a few of us. (BJ, you really don't have to send that one to Chris)