I might have to get some of that for my Dad - to actually use on his dentures![]()
I don't know if it works for that but I assume it likely does
I might have to get some of that for my Dad - to actually use on his dentures![]()
I don't know if it works for that but I assume it likely does![]()
For that it's pretty much a "must"I might have to get some of that for my Dad - to actually use on his dentures![]()
Titanium coils? Spaced or contact? When do you do your first Set Resistance, before or after wicking?
Included. The total resistance figure that the mod reads, and which it shows on its screen, is:
In an ideal world, the resistance value shown on screen on your mod would be the same as CR. No Static Resistance at all. But of course that's impossible because the atomizer is made of metal and it has to have some resistance of its own.
- CR + SR
- CR = Coil resistance
- SR = Static Resistance
You can often get an idea for how much SR there is by a) checking the resistance of a given build on a mod that shows resistance to three decimals (eg the IPV3Li), b) calculating from Steam Engine Wire Wizard the resistance for the stretch of wire you used for that coil - being very careful that you have the exact right width of wire, are correctly counting the number of wraps of the accurate inner diameter, and are including the right amount of leg length.
Or a more accurate way: Cut a short section of a higher resistance wire, like Kanthal or Stainless Steel. Attach it tightly between the posts of the atomizer - not coiled, just straight between them (or slightly bent if necessary depending on the deck layout.) Measure the resistance on an accurate mod with three decimal place display. Now remove the stretch of wire and precisely measure its length, using digital callipers if possible. Now use Wire Wizard to calculate the resistance of that length of wire - on Wire Wizard, enter 0 for wraps and 0 for inner diameter, then just put the length of the wire into the "Leg Length" box, like this:
View attachment 489517
Make sure the wire thickness is correct - you can see there how I didn't enter 26G, but entered 0.40mm as I know my wire is 0.40 not 26G exactly. Buying wire in the US it's more likely to be 26G (0.405mm), but some wire is given in metric so check.
Anyway, once you know the resistance of the exact amount of wire you used, just subtract that figure from the resistance value you got on the mod. Whatever's left is the static resistance of that atomizer.
When I do this, I get a nice flat, straight piece of wire, and then I tighten it down really hard, hard enough that the screws cause a distinct bend/distortion in the wire at the point where I attached them to the atomizer. Then I can much more easily measure the precise length between those indents, to see what figure to put into Wire Wizard
Yeah, adjusting to taste is absolutely fine. Whatever gives you a vape you like is fine! TC doesn't need to be ultra accurate, any TC vape that feels good and doesn't give dry hits is a fine TC vape.
Personally I like the idea that I can set any build on any atomizer on any (accurate) mod to 230°C and get the same vape. But it's no big deal at all if I can't.
For me, explaining this stuff is a) to show the underlying principles, so each person can take as much or as little from it as they want - and especially so they can handle the more extreme cases (like if someone currently only gets a good vape at 350°F and doesn't understand why) and b) for the interest of learning about and discussing the principles, for the general sake of knowledge and enjoyment - not necessarily for actual practical benefits.
So don't feel you have to make adjustments just because your vape is 12.71°C inaccurateEnjoy the vape you want, that's all that matters.
I've been thinking about Titanium Clapton coils lately and having no experience with these types of coils it occurred to me that one of the big problems might be "gunking" of all the little crevices that make them attractive to some people in vaping.
I'm curious about chemical cleaning of our coils and I'm wondering about dilute strong bases like Sodium Hydroxide (lye). Both titanium and stainless steels are resistant to Sodium Hydroxide solutions at room temperature so it might be something interesting to explore. Sodium Hydroxide is very effective at removing organics from our kitchen drain.
I'm going to do a little exploration with some titanium coils on a junk atomizer and see what happens.
I have some pure Sodium Hydroxide I've used to regenerate granular ferric oxide for a salt water aquarium so I know it's pure stuff.
Caution though, many of the drain cleaners have additions of other materials to make them more aggressive so if anyone wants to explore this I would highly recommend that only a pure lye be used for the experiments.
Double caution. Lye is not something to handle lightly. It can burn you severely. Rubber gloves and eye protection are critical and ALWAYS ADD A MEASURED AMOUNT OF THE LYE TO WATER NEVER ADD WATER TO LYE. As the material goes into solution it gets hot and can boil/splatter if the water is added to the solid.
Also I would recommend removing o rings prior to the cleaning. Depending on the o ring material they may disappear.
Of course a VERY thorough rinse and maybe soaking in vinegar to neutralize any residual NaOH in crevices is very highly recommended if someone does experiments with the idea.
I am NOT recommending this approach but I am curious. More later.
Duane
I was just talking about this the other day. Some kind of solution to put the coils in to eat the gunk but not harm the wire. I keep meaning to look into in. I'll give the hydrogen peroxide a shot and maybe something else since I have two coils next time I rebuild. Any suggestions for a solvent would be welcomed.
As to Ti claptons I use them, usually 26/32, having noticed any more gunk than on a plain ole spaced traditional coil but then again it seems my coils gunk quicker than most in general. Lol definitely worth a try though. I really enjoy them.
Personally, I wouldn't risk it by using dangerous solvents since you can dry burn your coil and then use a sonic cleaner to perfect it.
Has anybody considered hydrogen peroxide for cleaning coils? It does react to carbon based material and is completely harmless once the reaction occurred (oxygen and water).
I used to use it to clean out flavors from atties. It's the only thing that removes any flavor from silicon o-rings![]()
I've been dry burning my Ti before wicking it. Based on the resistance change on my IPV D2, I estimate the temperature to be around 800°F. Coil turns blue/purple with no visible white oxide layer.
Am I gonna die?
30% since that's what I use to feed my angelfishThis has always been a pet peeve of mine. You say it works good on o-rings? Really interesting.
You use the household kind of H2O2 or something else, more concentrated?
Hope this is the right topic to ask in.
How well does TC work with twisted titanium? Does twisting the Ti affect the mods accuracy/firing? I've also heard Ti coils should be made as contact coils rather than spaced, is that also true?
Never had a TC device before so excuse my noobish questionscheers
Hope this is the right topic to ask in.
How well does TC work with twisted titanium? Does twisting the Ti affect the mods accuracy/firing? I've also heard Ti coils should be made as contact coils rather than spaced, is that also true?
Never had a TC device before so excuse my noobish questionscheers
Yeah Ni200 is the only coiling material we've ever used that is hard or impossible to make as contact coils.
Chapter 7 in the epic tome "Vaping with Ni200 : Our Tortured Past", or: "How I learned to stop worrying and hate Ni200."