Send'em to salt. He'll burn anything.![]()
Touché!!!!!
Send'em to salt. He'll burn anything.![]()
Touché!!!!!
Another thing about this whole seeing lots of smoke thing. I know everyone wants to see a lots of vapor, cause it looks like real cig smoke. Well to be honest I dont care to inhale glycerine, all I want is nicotene, even if I dont see lots of smoke, vaping nicotene is what I want not glycerine vapor. It was bad enough with analogs variants of byproducts, I dont want or need it with ecigs, at least thats what my opinion is, yours may vary. So as far as I'm concerned the less glycerine, the less I'm inhaling a byproduct, the better I feel.
Let me hear fom you if I'm wrong, and you have different experience, after all I'm a noob at this.
leave it to katya to find the little slash for the 'e' lol
They're the same old BOGE LR cartos. I think filling them up properly is the key, for me...
Btw, I forgot to mention battery voltages will also make a big difference, so I'm also going to test all with my A123 3.3v battery.
Roy
What really matters is the the heat, or power, delivered by your PV. Theoretically, one can get the same wattage from a 3.1v battery as from a 6v battery. The recommended wattage is somewhere in the neighborhood of 4W. Of course, there are people who go up to 8W and more, but I'm not one of them. I don't much care for very hot vapes, which, IMO, basically fry the juice and alter its flavor, as well as increase the risk of burning. When we test cartos here, we test within the recommended range. When we go to higher voltage, we usually report it. Thus, our kr808 cartos (3.0Ω) are tested on kr808 batteries (3.7v); the 510 cartos (2.0-3.0Ω) are tested on 510 PVs (3.1v), etc.
The voltage does matter, but I believe thats what your trying to convey. Wattage is voltage squared, divided by resistance (E2/R). I did a simple but telling experiment, I took a cart that was giving me a burning metal taste on 6v, put it on a 3.3v battery, and the burning metal taste went away, and it was a smoot toke. That proofed to me that the culbrit was too high a voltage which is making the element too hot, whether that was the absorbant material around the elelement or the fluid getting too hot, I'm not sure of, for I havent taken it apart yet. But when you taste the difference, thats what matters, cause after all thats what were trying to acomplish with this tread, to see if what were doing is harmfull, and if so how to avoid it.
Also we need to remember, whenever you heat metal, which is what the element is after all, it can produce its own vapor. Now I may be new to vaping, but I'm a technician by trade, and have been one for over 50 years, so I can assure you I know a little about the subject. Now I'm not an expert when it comes to chemistry, but I know for a fact that certain chemicals and materials will burn off different gases at different temperatures.
Anyone who has ever cooked on a stove knows the difference between a good odor from properly heated food, and the smell one gets when the item is overheated or burned. And I believe our vaping, is very similar.
Roy
proofed to me that the culbrit was too high a voltage which is making the element too hot, whether that was the absorbant material around the elelement or the fluid getting too hot, I'm not sure of, for I havent taken it apart yet.
But when you taste the difference, thats what matters, cause after all thats what were trying to acomplish with this tread, to see if what were doing is harmfull, and if so how to avoid it.
Also we need to remember, whenever you heat metal, which is what the element is after all, it can produce its own vapor. Now I may be new to vaping, but I'm a technician by trade, and have been one for over 50 years, so I can assure you I know a little about the subject.
Now I'm not an expert when it comes to chemistry, but I know for a fact that certain chemicals and materials will burn off different gases at different temperatures.
Anyone who has ever cooked on a stove knows the difference between a good odor from properly heated food, and the smell one gets when the item is overheated or burned. And I believe our vaping, is very similar.
Roy, I can make an element that will do the same thing on 3.3 volts as you experienced at 6 volts. That is possible because it will use the same amount of power. If you do not understand what Katya said, then you need to review some of the basics that you learned more than 50 years ago.
If your element is WET as it should be, then the metal cannot get hot enough to produce its own vapor. If you fill a pot with water and put it on a stove, then it will not get hot enough to produce its own vapor either.
Flavoring has a lot of byproducts also.
Hey Salt,
when are you going to take one of those boge LR cartos apart and tell us what you see?
I just filled a fresh one of those today just to see if it still gives me that sore throat feeling. The vape was nice and clean and very strong but after a few drags I got that sore throat feeling again. Made my throat feel very dry and raw.
I'll give them another try. The 3Ω ones I'm using now are so overstuffed that I can't get anything out of them. The E2s, cleaned and dry-burned, are OK, but I'm still getting a funny taste, metallic, not burnt, more like a dry atty taste, even though they are full of ejuice. And I burned two more AZ Smoke Free cartos. Filled my lungs with horrid, acrid smoke. Car on fire. No more for me.
"Now I have to send back my PB Beta test battery from SS, and am gonna miss vaping this 2 ohm carto. But their gonna send me a new one back, with ImYourSalt engraved on it! So that'll be worth the wait!"
sounds as if you had better luck than i with your pb. i'm anxious to get the replacement batt, too but to me the hendu batt is a cut above atm. worth checking into, lol
It's been well observed that some juices do/taste/tolerate/are better at higher heat, and visa versa.
That's a pretty big leap equating bad taste with harmful. My kids would fully agree with respect to vegetables.
Really. What are your certifications?
Being a technician you must have factored a number of things into that conclusion? "metal" is a pretty vague term... I will assume the element you are using is nichrome? and you stated the voltages you used, and I will assume you measured the resistance (or maybe you measured the temperature at the element itself?). What wattage/heat do you think nichrome vaporizes at and what elements do you think get off gassed? Enough to taste, assuming those elements have a taste. Being a technician and everything.
Really. What certain chemicals and materials might those be? And at what temperatures? And are any of those present in your cartomizer?
yes... I think I can see the similarity... but I kind of prefer my ham steaks cooked dry and slightly charred in a skillet, you think this is harmful?
Sorry, I'm in a bad mood today, how about we all put our technician credentials away and start over?
Copied from natscience.com....
It's not just the nichrome alloy which matters -- it's the origin
of the metal. Metal from refiners in South America is very clean,
mostly pure virgin material smelted from ore. Cheap nichrome
from Asia is often laced with recycled material from discarded
automotive and electronic components -- full of toxic metals
like lead, mercury, and arsenic.
The chief danger is when the appliance is first turned on,
when the outgassing is most vigorous. After an appliance
has been in use for several years, its metal will be properly
seasoned and very little outgassing will occur.
The human nose is a sensitive detector for toxic gases,
if people would just pay more attention to off-odors,
rather than ignoring them. When you first turn on an
Asian-made apliance, do you smell any off-odors?
That's a sign you are being exposed to toxic vapors.
Just follow your nose. Hope this helps.
Any any electric appliance when run fot the first time produces odors.
A new vaccum cleaner, a washer or a dryer and especially new
refrigertaors do stink of synthetic odors when run for the first time.
This is not confined to *Asian* appliances. Remember the smell of a new
car.
The human nose is a sensitive detector for some compounds, but it can't
distinguish between levels of toxicity. Some toxic gasses have
undetectable odors, and other relatively harmless gasses have pungent
odors.
Most of the odor from a heated wire is organic gasses, not metallic
gasses.