Are you asking if there's use for temporarily sticking stuff to other stuff?

Yes, plenty. Especially if it sticks well while needed, and then can be non-destructively undone when no longer needed.

The marine industry would love a (non water soluble) glue that achieves structural strength on PTFE and POM.

Any reason to think this flower of fluorines (seriously, that thing looks INTENSE) would be any more environmentally safe than PFOA?

If you don't cook with ethanol that is...

This website often suggests totally bad ideas, like brittle epoxies for bonds they shouldn't be used for.

The truth is nowadays you can just choose your favorite brand and they almost certainly have a correct, and good, adhesive selector.

For example, for loctite, you should just use: https://www.henkel-adhesives-selector.com/

I have a weird use case, but this is actually wildly useful to me.

I use teflon (sometimes nylon, but mostly teflon) painter pyramids/holders/etc, because i spray finish stuff that is very good at adhering to lots of things, and are acetone based - VOC compliance pretty much forced acetone into solvent based stuff. This in turn pretty much makes finishes melt into anything except PE, nylon, teflon, even if they wouldn't otherwise.

To keep the pyramids and things where i want them, i have magnets glued into them. But because it's PFTE, the magnets don't really stay adhered well, even with (currently) specialized adhesives and i end up regluing them after every few times, often before the project finishes.

What i really want is an adhesive like this one, where i can glue the magnets in, but also remove them after the project finishes, because i'll go soak the pyramids in solvent or something to clean them, but don't want to damage any magnet coatings.

For anybody not getting the reference, standard glue gun glue is obviously applied freshly melted and hot, and it is dissolved/debonded cleanly with isopropyl alcohol.

There are many different hot glues, not all have that property.

I have an electric guitar which has an uncovered electronic cavity in the back, where the volume pot is mounted, and all wiring passing through it. I have a DPDT sliding switch there which is just held by hot glue to the side of the cavity, and recessed in a bit so that it isn't accidentally moved. It's been that way for years. From time to time it used to come off spontaneously, requiring a re-gluing, but I learned to do it better.

When redoing the wiring for one reason or another, it's trivially easy to peel the switch off with a screwdriver and remove the glue.

There isn't a compellingly better way of attaching that switch there. It has mounting screw holes but they point in the wrong direction, into the cavity. To screw it down, I would need some sort of long risers that somehow attach to the bottom of the cavity and are firm enough to resist the side to side push. Little L-brackets could work that attach to the side of the cavity. It's a very small cavity: hard to screw such brackets in, but that can be solved. Even if the brackets themselves were permanently mounted, not having to be removed when the switch is taken out, it would still take more time than with the glue.

Another use I have for glue is to secure a household internet connection. It's just a thin wire coming out of a RJ jack in the wall, in a room where kids play. The installer didn't crimp the plug into the cable insulation. The situation is that the insulation ends a few millimeters before the RJ plug, leaving a couple of bare wires that seem like 22 AWG crimped in. I "kid-proofed" this with hot glue. Hot glue is all over that plug, and about two feet of the cable is basically encased in hot glue, attached to the switch plate and along the wall right until the point it goes behind some furniture. I check on it from time to time to repair any tearing away.

Hand sanitizer is also contaminated with other crap... presumably that impacts the adhesive if you're attempting to "recycle" it? I agree, what a weird line.

Who says this will be a specialized adhesive? If it works as advertised, it could be a super-glue alternative with easy unglueability. That would be an attractive consumer product; and the type of product that could easily end up on someones hands.

One example might be ungluing a lithium pouch cell (usually polyamide film outer surface, which is a pretty low-surface-energy polymer) for home replacement. Electrically-debonded adhesives are a better option here, but not sure what the cost trade-offs look like.

Stick on nails

Maybe a 2026 remake of MacGyver?

Gelled solvents are useful for softening adhesives in certain situations far better than the pure substance

IANA chemist but my guess is that it's of particular interest because PTFE surfaces are especially non-stick, and non-PTFE surfaces have good options that require less exotic chemistry.

The question I have is how long will it be till the report comes out indicating that DuPont has been dumping this product and intermediate compounds into local waterways. I give it 15 years?

I really want to see this tested on HDPE. A simple, reliable adhesive for polyethylene could be a game changer.

No kidding. Fluoro-anything needs to be checked out for impact on the ozone layer, problems that happens when it burns, and problems that happens when it flakes off and gets ingested by people.