A Titanium twisted 26G coil at 1.8Ω? Do you mean 0.18Ω?
Yes, it was a typo. 0.18 is correct.
A Titanium twisted 26G coil at 1.8Ω? Do you mean 0.18Ω?
No, its not the same as Ti, I don't think you can really use any temp offset with SS in ni200 mode, and hope to achieve good results. I could be wrong, I only have 317 SS 22 gauge and only use it on mechs, never tried it on a TC mod, probably would have enough power for it.
No, its not the same as Ti, I don't think you can really use any temp offset with SS in ni200 mode, and hope to achieve good results. I could be wrong, I only have 317 SS 22 gauge and only use it on mechs, never tried it on a TC mod, figured I probably would have enough power for it with m class or dna40.Sheesh @TheBloke that thread is over my head. I didn't realize there were so many people using other wires. Just out of curiosity with an SXM in NI200 mode what temp would you run SS wire. Is it the same as with Ti?
Sheesh @TheBloke that thread is over my head. I didn't realize there were so many people using other wires. Just out of curiosity with an SXM in NI200 mode what temp would you run SS wire. Is it the same as with Ti?
No, its not the same as Ti, I don't think you can really use any temp offset with SS in ni200 mode, and hope to achieve good results. I could be wrong, I only have 317 SS 22 gauge and only use it on mechs, never tried it on a TC mod, figured I probably would have enough power for it with m class or dna40.
Will do and thanks.This is correct. The only chance of using 'normal' SS (ie 304) without a proper SS mode or a TCR adjustment is with a Titanium mode, and even then it's usually too hot except on those mods that deliberately underheat such as the Joyetech Evic. I haven't yet tested the SXM's Titanium mode.
But there is now a different SS available to buy from Unkamen, SS 430, which has a much higher TCR and should be vapeable on any Titanium mode.
And then there's NiFe wire, which can be vaped on all TC mods - including Ni200 only - and has all the advantages of SS plus greater accuracy.
But as Steve said, there's another thread to discuss this inI know the Beyond Ni200 thread gets quite complex at times, but you can still ask basic questions there - people do all the time
@2legsshrt ask your follow up questions there and I will answer.
It's carbon from the burned sugars in your juice, most likely. Nothing to get too alarmed by, though I'm curious as to what temps you're running. Personally, I tend to get more gunk at lower temps than higher temps.
The better question would be when are we going to get gunk-proof sugary juices, and the answer is...never.
And trust me, you don't want "gunk proof" coils, that'd require a non-stick coating, most of which are nasty nasty nasty when inhaled.
Interesting. Since it's burned sugar, doing a google search says that that produces acetaldehyde which is a Group B2, probable human carcinogen.
I'm in no way trying to cause for alarm or undermine the versatility of titanium. I'm here to learn and would like to be completely wrong regarding this matter. Would really appreciate it if someone could assure me that it's just all in my head and there are no health hazards with titanium if used correctly.
Burnt sugar has nothing to do with Titanium. You can burn sugar very nicely in a teflon pan on your stove.
That said the acetaldehyde are formed at temperatures I believe above 500F which is why we are using TC Mods to avoid that situation.
Now if only dry burning was a viable option with titanium, that would be perfect
Splenda™ is “diluted,” as chemists say, with other low calorie carbohydrate fillers; namely dextrose and maltodextrin. Maltodextrin is our real smoking gun—its polymer-esque chemical structure gives it a decomposition temperature which is much higher than normal baking temperatures. Hence, even though the sucralose in the Splenda™ might caramelize, there is so little of it in the actual packet that it almost looks like nothing caramelizes at all.