Well thanks for the info anyways, just ordered samsung inr18650 20R 2000mah. Will take forever to get here but no rush here. Thanks for all your help thus far.
AW IMR 18350
Efest IMR 18350
both very comfortably down to 0.8Ω . . . . . and 0.7Ω is still above max. continuous discharge rating
Orbtronic will sell new 22 A / 29 A battery (according their Facebook announcement). Now, is it Samsung 22R or Sanyo RX time will tell.
so i bought an astro clone to delve into mechanical mods and sub ohm vaping.
i was told by a store guy that the stock eVic battery would be OK for use in a mech mod with a sub ohm coil (its a Samsung 18650 unprotected 2200mAh battery).
^^ true/false?
Before getting into sub ohm vaping, you need to be able to find out yourself what the battery chemistry is (ICR, IMR, INR, etc) and what type of chemistry you feel is safest; and what the max discharge it's rated at. With that info, you can decide if it's in a safe range for you with how many amps you want to pull.
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actually i've already got the AW IMR 18650 1600mAH batteries. the stock eVic battery is ICR chemistry, but I cant seem to find good info on its discharge rating. was just wondering if anyone has tried it with/without success. apologies if i phrased the post wrongly.
Countless hours were spent to discuss which li-ion battery is safe.
Simple rule is that if cell is rated for 10 Amps or more you can use it in your mech.
I wouldn't even bother to ask if cell is IMR, ICR, INR, IFR, NNP, NCR, CGR, (confusing,,,).
Max continuous load in Amps is question to ask. Problem solved.
IMR is old chemistry, and it is not the only safer solution any more.
BTW my personal opinion is that word "SAFE" should be banned when talking about li-ion.
It is misused so many times, and could make false sense of 100% safety.
As long as you using batteries properly (basicaly making sure that positive and negative never get shorted)
you will be fine with any battery rated 10 Amps and up.
. . . . and, though the times may be a changin' . . .. I don't see how ICR batteries (which, I believe, are the old school chem.) are suddenly less volatile? Always open to learning new things . . . . .