Nah, you have to use hand-blown, artisanal bottles... in the shape of a bug lol
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Shame on me. Years have gone by and I never recognized the source of my own happiness.
That's unflavored pre-mix, about a year old. 35pg /65vg/15nic
I've never pegged anyone lolThat is the CHEESE!!!!!!
Huh, I never pegged you for a squonker...live and learn I suppose
(nice collection!)
Nothing to add to the subject, just wanted to say thanks for the lighthearted, humorous banter. I needed some of that this morning!
And we can count on you to ask very interesting questions. Thank youI can always count on this bunch of fine folks for a smile!
And we can count on you to ask very interesting questions. Thank you
When I take a bottle of 100 mg/ml 100% PG nic from the freezer. I let it come to room temp and then mix it down to either 50 mg/ml or 25 mg/ml. If it is a 60 ml bottle of nic, I pour that one into a 250 ml bottle and add 180 mls of PG. I end up with 240 mls of 25 mg base. If I take out a 120 ml bottle I pour it into a 250 ml bottle and add 120 ml of PG and end up with 240 mls of 50 mg. That extra 10 ml space in the 250 ml bottle gives me plenty of mixing room in the bottle.
Some folks like to buy/mix their base close to what strength they want to vape but for me it is easier to leave it at a higher level. I actually vape several different strengths-from 6 all the way up to 16 (depends on which flavor I am mixing. Dessert flavors taste better to me at lower nic strengths). Hubby still needs at least 20 so my 25 mg mix is high enough to make his. By keeping my base all PG it makes it easy for me to keep our mixes close to 60pg/40vg.
This is my simple way of determining how much nic base I need for any strength.....Works for any size bottle or nic strength....
Formula for determining how much nicotine is needed for your desired nic strength
A= total amount of juice, in ml, that you want to make.
B= strength of nicotine that you want in the final juice.
C= number of mg/ml of nicotine in your nicotine base.
Multiply A times B, then divide by C.That will yield how many mls of nicotine base to use.
Example:
You want to make 30mls of 12mg juice. You have 25mg/ml nicotine base
A=30
B=12
C=25
30 times 12 = 360
360 divided by 25 = 14.4 mls of nicotine needed
There are lots of e-juice calculators on the web but this is my simple way of determining my measurements.
You mean my avatar and my user status don't make it obvious?
FWIW, this is a case where using highly concentrated flavors would be better. You won't dilute your unflavored mix nearly as much at 2% as you will at 10% or 15%. It's one reason that I'm beginning to see the value in Flavourart juices.
Since my Nicotine & PG|VG Levels isn't really changing, at least for the time it takes to go thru 250ml of Pre-Mix, I make the Adjustment to the Pre-Mix by mixing it 10%+. Then when the 10% Flavoring/Sweetener is added it drops it back Down to my Target.
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A possible Downside is numerically, using a 2% Super Concentrated Flavoring is "less forgiving" to measuring Tolerances than say a Flavoring at say a 10% Concentration.
Being off 1 Drop of 2% is like being off 5 Drops of a 10% Flavor concentration. At least on Paper.
This might not be all that Relevant while making Larger Batches. But might be something that is Noticeable if someone is making say 15ml Batches.
I agree that flavor accuracy probably increases when the flavor is less concentrated. There's less wiggle room with a flavor that requires 1% or 2%.
The upside once you figure out the correct mix is cost. A bottle of FA flavor lasts longer than a bottle that requires 10% flavor to be effective. My 3ml bottle of Capella Sweet Watermelon isn't going to last long at 12% flavor.
It's like one Big Math Word Problem in a textbook that No One can sit in the back of the class and say... "When am I Every going to use something like this in Real Life?"
Yep, 3mg/ml doesn't equal 3% nic unless it's in a 100ml batch!
It's not all applicable to our daily lives, but I've used quite a bit of what I learned in college and electronics school. There wasn't a lot of math in Computer science classes after the core courses.
I use the Pythagorean Theorem A^2 + B^2 = C^2 in my basement hobby carpentry work. I used the laws of Watt and Ohm in electronics often enough in my job, or at least they helped me determine if things were right or wrong just because they were head knowledge that I carried around.
Here's How Little Math Americans Actually Use at Work
I told a Student once that learning Math Isn't Really about getting an Answer to a Problem. In fact, the answer is many times the most Trivial part of the Entire Process.
Learning Math is about Understanding a Problem. And then being able to Manipulate what you Know into a Form where you can Apply some Technique to obtain a Solution.
He had a Very Hard time with this. Because he was very Solution Oriented at that time.
That's true. Sometimes, it's hard to visualize a problem in your mind to determine the best way to calculate the answer. Understanding how and why a formula works is much better than just memorizing the format. For that, you have to visualize the component parts of the problem and how they interact
For kids these days it's easier to Google it. Not so good when you are without online connections. Everyone ought to learn the basic theorems.