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The black nickel-coated cases should aid in reliable extraction from the firearm's chamber after firing.
The 95-grain FMJFN should/will have a greater tendency to remain in a "nose-forward" attitude during penetration as opposed to a FMJRN.
As for terminal performance (here we're concerned only with penetration depth since the 95-grain FMJFN is highly unlikely to expand or deform during penetration), expect to see nothing unusual in the BPT's behavior as opposed to other typical 0.355" 95-grain FMJFNs. Assuming that you do see 1,000 fps from the muzzle (which, I think is an optimistic value) with the BPT FMJFN, the Q-model bullet penetration equation predicts a maximum terminal penetration depth of 20.82 inches* in close agreement with the MacPherson bullet penetration equation's prediction of 21.62 inches*.
*modeled in both models as a SWC (semi-wadcutter) due its shape/form