Lol oh how about this then...
Most batteries we use are horribly under rated...up to this point there has only been 1 3V battery that's really been capable of what we put them through without damaging the battery...
because of that C rating this is the second battery ..
See to really understand the batteries we have to compare the Max discharge rate of the battery to the amp draw of the atty/voltage combo....
The most demanding amp draw at 6V is a 510 atomizer at 2.61A
The tenergy 3V LiFePo4 batteries have a max drain rating of <.55A
(so they're very overstressed when using them, and overstressing them causes premature battery death and could possibly lead to catastrophic battery failure)
The AW 3V LiFePo4 batteries have a max drain rate of <5A
These because of the # you just gave me have a max drain rate of <10A
given the amp draw versus the max drain rate and combined with the mAh and C rating... you can pretty much get a pretty accurate guess as to exactly how long the battery will last...
so comparing this one to the AW one...
the AW is capable of 3A for 10 minutes continuous
this one is capable of 3A for 20 minutes continuous
if we convert that into seconds and then say an average of 3second button presses this new one you have is good for around 400 3second long button presses at least versus half that for the only other 3V battery truely capable of running any atty at 6V...
LOL..point is by just giving me the max continuous discharge rate of 10C...it tells me way more than you probably imagined...tells me how long it lasts roughly, how stressed it's going to be (barely), how often into it's duty cycle I should change them out to maintain safety...so I've got better than 43minutes in...in understanding what that means....and believe me the admiration is there...I'd say that this is currently the best battery for 6V on the market currently..