Ok, I do have some SS wire I had forgotten about. Thanks.You would want to use Ni200 if you went with nickle.
I would just get SS, as it could be used in TC or Wattage.
Ok, I do have some SS wire I had forgotten about. Thanks.You would want to use Ni200 if you went with nickle.
I would just get SS, as it could be used in TC or Wattage.
You're in the rafters again.
We all know it's a balance.
But it starts here.
Decide what type of vaper you are.
This decides what type of coil you need.
Which then decides a power/airflow/wicking balance.
I've run the gambit.
From 6 to over 100 watts.
From flavorless to mad Murdocks radiator pluid full strength.
From a pin hole to nearly aiming an air mover at my stove top.
From 0mg to 100mg/ml @ 6 to 80 Watts.
Single coil, dual coil, dual twisted, octo coil and claptons alike.
Simple fact;
Give a t-puffer a 20 gauge coil and you're in trouble.
Give a cloud chaser a 34 gauge coil and there won't be a second pull.
Give a mid range vaper either and it's not going to work out.
But once you got it right, you have to match the other variables to get the right draw and surface temperature.
Now let's not resort to emotional string pulling and the facade that somehow this relates to that.
Fact is, it all starts with the coil. You build around it.
Tapatyped
exactlyI tried an infrared camera, but there was no way to simulate the closed chamber and it airflow.
Let me know what you come up with if you would. My vaping style is similar to yours.Ok, I do have some SS wire I had forgotten about. Thanks.
Yes, but when I am making a linguini with clam sauce I am not worried about hitting 470F.Have you ever cooked anything on a stove? Do you know the exact temperature of the pan when you set the flame to medium? There are other forms of measurement.
Let me know what you come up with if you would. My vaping style is similar to yours.
but even tootle puffers try to stay informed!
Once Again, I think you are Missing the Concept.
I don't think it Matters what Hardware you are using. Or what Click Name you want to be Called by (or what Click Name someone else wants to Lump you into).
If the Wire Temperature Exceeds a given Temperature, you start to Produce Large Amounts of Toxins. And if you do Not Exceed this Temperature, then the Amount of Toxins is Very Low as compared to Smoking a Cigarette.
It really isn't all that Complex. And it Isn't anything New.
Is it the Wire Diameter in Isolation?
Or is Design and Wicking Ability that is the Dominate Factor as to how much Heat can be Exchanged from the Coil to make Vapor?
Neither.
But wire gauge is the dominate factor.
Tapatyped
Once Again, I think you are Missing the Concept.
I don't think it Matters what Hardware you are using. Or what Click Name you want to be Called by (or what Click Name someone else wants to Lump you into).
If the Wire Temperature Exceeds a given Temperature, you start to Produce Large Amounts of Toxins. And if you do Not Exceed this Temperature, then the Amount of Toxins is Very Low as compared to Smoking a Cigarette.
It really isn't all that Complex. And it Isn't anything New.
Yes, but when I am making a linguini with clam sauce I am not worried about hitting 470F.
I dont trust my tastebuds enough to know the difference between 450 and 470.
Hang in there... it's a lot of information that has been around for a while and now being interpreted and what it means for us vapers. I don't get it all either, but I know we will figure it out.![]()
Trying to, however all this going back and forth about personal interpretation/s of this report is just too confusing and overwhelming . . . As a "Tootle Puffer" who is a dual user and still struggling to become a full time vapor, besides having difficulty dealing with all all the information about what type of equipment is best to use (Cig-a-likes/Mods/Mech/TC, Internal/Replaceable Batteries; Tanks, coils, build your own coils - SS, Nickel, etc.) in this discussion . . . Right now, it is back to square one - since . . .![]()
If actually measuring coil temp under various real world circumstances was easy we wouldn't have the current estimation methods in use and would have much better information by now. At one time Innokin claimed they were going to have such a technology but I haven't seen it.
Speaking of not complex.
Tapatyped
Exactly!!!the biggest takeaway is thinner wire higher gauge has a smaller more volatile margin for temp. Because the wire heats up so quick under far less power it is too easy to create these temps without noticing because the surface area is also reduced . Can't just say wire is wire
What temp is acrolein produced at?
Because maybe you should be.
You'll produce a lot more with a pan full than you would with a drop of juice.
I trust mine enough to distinguish acrid and burnt.
As Kurt said, and I agree... you'll taste it.
Tapatyped
Yup figured thisout years ago.
It just amounts to keeping your wick wet enough to handle the power level applied. How a person chooses to do that doesn't matter.
Yeah, I'm not sure, either.Dont know when clams start producing carcinogens, this data only told us about pg and vg.
I can turn up my to 500 and it doesnt taste acrid burnt. So I suspect the acrid/burnt thing may only be after you reach an extreme.