The two cells are nearly a perfect match and capacity is constant up to 20A discharge. At 30A the cell has trouble keeping up the voltage (It need to heat up first) and the capacity goes a bit down.
The batteries get very warm at 30A.
Conclusion
These batteries are good at high current, but are not the best in capacity. This make them good for high current application where the most capacity is not that important.
Notes and links
The battery was supplied by shockli.com for review.
For vaping? Probably, same cell as the famous Golisi.
For use in flashlights? Probably not, then thjis would probably be a better option: HKJ’s website: Shockli IMR26650 / 5500.
It uses the same raw cell as the Keeppower IMR 26650 / 6000
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These cells are sold on Aliexpress under the “brand” name Dolidada. (No, I dod not make that up)
Hi guys. It is believed that the analogue of this model Shockli-4300 is Turmera-4300. What do you think? Does anyone have a normal high-current tests for this model Turmera, in order to compare its bit characteristics with data Shockli-4300?
When I see the aspect of the positive pole, it seems to me that this is the same cell used by Ijoy, Aspire, Golisi and Vapcell, ie the YongdeLi 26650 4300mAh 40A (which makes 30A continuous in reality, because at 40A it overheats in continuous discharge), these are the best 26650 power cells on the market today, we do not find better in this format in terms of power cell.
Yes, of course, i hope so too, so this version 4300mAh in the guise of the littleknown “Turmera” interested me. However guarantees are needed that can give us only the same full-fledged and concept-friendly tests that the undisputed leader in this field, HKJ, performs. Unfortunately, i didn’t find any Turmera in his research trunk, so I need to find at least some other tests from another professional. Does anyone have such information with vivid graphs about these high-current Turmera-4300?