I live in Texas and I jsut leave them in my hot car at work. Works like a charm
microwave radiation is just a type of electromagnetic radiation - similar to light, infrared or any other. Interaction of microwaves with polar bonds (like in water) results in raising the temperature. Not less, not more.
It does not alter the chemical structure of the stuff that's being microwaved. Why? Simple - not enough energy.
I live in Texas and I jsut leave them in my hot car at work. Works like a charm


That is a little to extreme for me, it may even break the juice(separate). I not sure putting metal into a bottle other than a syringe needle is even good for it.
I take some of my juices I want to speed steep and place them in hot tap water around 140 degrees for 10 mins and shake them real good after, then I put them back to sit some more. Sometimes it works sometimes it don't.

Wow, that's a cool idea! Bring a lot of air bubbles into the juice, kinda like the concept of an aquarium bubbler and those stones that put out a .... ton of little bubbles. Hmm, you'd need a hugee amount of juice to use one of them. But it'd be an interesting concept for suppliers to send out a more readied product rather than having a new customer recieve a juice and immediately throw it out or give it away.
Why only 15 seconds?First I warm a pot of water...Not boiling but hot
Then I use a glass bottle to put my ejuice in and heat ejuice for maybe 10-15sec.the juice should be hot but not so hot you burn yourself.
This sounds to me like an oxygen introduction idea, like my Dremel tool 'whipper', to bring a large quantity of oxygen into contact with as much juice as possible, to 'air it out'.Then use a syringe to suck up the juice and push it back in the bottle over and over again till the juice is room temp.
I repeat these steps 2 to 3 times
Why do you do this step, what's the reasoning behind it, simply a quick-cool, or something else?After your done let the bottle and juice inside cool down till its room temp and i stick it in the freezer for about 5-10 mins depends on what size bottle your using
I think all techniques are interesting, and there must be reasons behind why people do what they do.
A few questions:
Why only 15 seconds?
I read another poster who stated 140 degree water for 5 minutes, just curious why only 15 seconds, what's the philosophy/idea behind that time, or why do you think longer is not better, or is your water closer to 160-180 degrees, thus bringing the juice into a hotter temp much faster?
Are you simply just trying to evaporate some binder chemical from the flavorant?[/B]
This sounds to me like an oxygen introduction idea, like my Dremel tool 'whipper', to bring a large quantity of oxygen into contact with as much juice as possible, to 'air it out'.
Am I correct or is there some other reason to continually suck/push juice?[/B]
Why do you do this step, what's the reasoning behind it, simply a quick-cool, or something else? [/B]
I respect all methods, and would like to know the thinking behind them to see what in particular people are trying to achieve, maybe we can create some general rules of purpose here.
Thanks for posting that.
I used the 5-7 minute/140 degree method last night to some 30 ml bottles.[/B]
Excellent piece of information, thanks!I only heat it gently because nicotine is very fragile and I don't want to destroy the nicotine.
Many thanks for posting your thoughts and methods.Heat expands the ejuice molecules and heating/cooling you force the molecules to expand and contract
....forcing the molecules to mix better....
The freezer kind of shocks the molecules close together locking in more flavor.
I've done it without the freezer part but IMO it works better with the freezer step...
Im not sure why...lol
So if you use this method just try a lower nic because thats what your doing anyways.