Hi all.
Ok so I work at a place where cooling is a huge part of our product. I tried something now and would like some feedback or comments.
Please note if you try this its purely at your own risk.
At work I realized that at -23 C power isn't affected but the appliance connected to it is. Soooooo it got me thinking. When I vape I take about 4 puffs and then have to stop as my Atomizers coil conducts the heat thru the metal casing.
(Won't do it everytime as it isn't practical but as I say its an experiment.)
Ok so I leave my MPT3 to cool after a conductive session and the idea came that just like overclocking a chip with the help of a cooling medium, I'm going to "overclock" my MPT3 by cooling it.....in my freezer. Not for long just feel when it is cold and then screw it Back on the Battery and Vape like a Dragon. It worked beautifully!!!
*PLEASE just take your Drip tip off as I had a "tongue to frozen flagpole" moment. LOL!
Has anybody else tried this?
Any feedback is welcome!
Ok so I work at a place where cooling is a huge part of our product. I tried something now and would like some feedback or comments.
Please note if you try this its purely at your own risk.
At work I realized that at -23 C power isn't affected but the appliance connected to it is. Soooooo it got me thinking. When I vape I take about 4 puffs and then have to stop as my Atomizers coil conducts the heat thru the metal casing.
(Won't do it everytime as it isn't practical but as I say its an experiment.)
Ok so I leave my MPT3 to cool after a conductive session and the idea came that just like overclocking a chip with the help of a cooling medium, I'm going to "overclock" my MPT3 by cooling it.....in my freezer. Not for long just feel when it is cold and then screw it Back on the Battery and Vape like a Dragon. It worked beautifully!!!
*PLEASE just take your Drip tip off as I had a "tongue to frozen flagpole" moment. LOL!
Has anybody else tried this?
Any feedback is welcome!