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The color configurable bulbs or the high CRI bulbs typically use a 400nm led source and some do use a 380nm but those are much rarer and expensive. Also almost any amount of plastic or glass will significantly absorb that wavelength of UV.

I have a 405nm laser pointer and it makes certain things (any% titanium dioxide) absurdly bright from fluorescence. So you probably aren’t getting UV from those bulbs, but certainly some IR.

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You don't need UV to stimulate florescence. 395nm blue light will cause yellow highlighters to light up quite brightly: https://par.nsf.gov/servlets/purl/10326338
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UV-A starts from 400nm, so there is no "395nm blue light"
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400nm by virtue of aggressive rounding. 395nm is well inside the visible range.
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Yeah, we have solar powered LED lights in the walking path where I live and the lights are covered with them. They look nasty.
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