Actually, I'm from the school that says the reverse. Protected IC (Li-ion) best for the mechanical devices, as they have no protection otherwise. High Drains (IMRs) for some more sophisticated devices like the Provari and Kick Module as the mechanics need the output ratings and both have protection in the unit itself.
And, yes, the IMR's have safer chemistry which is a big plus and many very experienced and advanced vapors adore them for various reasons.
Last I checked, provari and evolv only recommended IMR's for their devices.
I haven't done all the research to see how the Panasonic Hybrid chemistry fits into this analogy. It could very well be that Protected IC's will be outdated as new innovations are made in the battery world. We also now have the 2cent circuit, which is a very nice safety addition.
It's great that Super T has those charts.
There are always opposing opinions. So -- study up --- ready some stickys on batteries -- and make your own decisions.
And, yes, the IMR's have safer chemistry which is a big plus and many very experienced and advanced vapors adore them for various reasons.
Last I checked, provari and evolv only recommended IMR's for their devices.
I haven't done all the research to see how the Panasonic Hybrid chemistry fits into this analogy. It could very well be that Protected IC's will be outdated as new innovations are made in the battery world. We also now have the 2cent circuit, which is a very nice safety addition.
It's great that Super T has those charts.
There are always opposing opinions. So -- study up --- ready some stickys on batteries -- and make your own decisions.