The difference is that "C" in NCR, which stands for "cobalt".
Don't be confused by the term "Lithium ion" because they are all Li ion batteries safe chemistry or not.
Cobalt chemistry vents violently and has a very low CDR, so you want to use manganese cells instead.
There are three basic chemistries: Identified by the center letter.
"C" = cobalt
"M(N)" = manganese (or nickel/manganese)
"P" = polymer
NCR tells us what type of battery it is ONLY if we bother to find out what the acronym means!
People just don't seem willing to learn about batteries anymore, and that's a shame.
At least the OP had enough sense to come on here and ask!
Don't be confused by the term "Lithium ion" because they are all Li ion batteries safe chemistry or not.
Cobalt chemistry vents violently and has a very low CDR, so you want to use manganese cells instead.
There are three basic chemistries: Identified by the center letter.
"C" = cobalt
"M(N)" = manganese (or nickel/manganese)
"P" = polymer
NCR tells us what type of battery it is ONLY if we bother to find out what the acronym means!
People just don't seem willing to learn about batteries anymore, and that's a shame.
At least the OP had enough sense to come on here and ask!
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