Seeing as how you're an expert of sorts in adhesion, would you mind offering some thoughts on advantages/disadvantages with various glues? CA, epoxy, wood glue, rubber cement, and apparently white glue are what folks use.
Way too long. I beg everyone to skip this.
I'm fortunate to work with chemical engineers and material scientists that have educated me on adhesion over the years. So I stand on the shoulders of giants, so to speak.
I could write a book on adhesion, but it's been done, and a post wouldn't do it justice. That being said, each glue can be characterized in these layman terms:
How it sticks to a particular material (adhesion)
How it reacts to a substrate (melting, crazing, etc)
How it holds itself (cohesion)
how and how long it sets (green strength)
How and how long it cures (cure time)
how strong it is on its own (shear and tensile/compression)
how tough it is (brittle vs flexible)
How it cleans up
CA is moisture cured and is a polymer, so not only does it cure in the presence of moisture, but it also will molecular chain up to materials. So if a substrate has moisture (e.g., Nylon), it will bond, and bond well.
CA cures rapidly, so its use is limited by time. Don't go laminating big board with it.
By itself, CA has good compression/tensile strength. Shear is decent.
However' on its own, standard CA isn't tough. It doesn't do well with dynamic loading.
And CA sucks to clean up. Acetone will work, but there's safety considerations.
So with that simple evaluation in mind, you can start to eliminate applications: paper maché, large area lamination of boards or leather, children's kindergarten projects....
Note: standard off-the-shelf CA is about what most people ever can get. CA blends are available in large range of strengths and toughness. I'm not sure how easily a single cuemaker or even a conglomerate of cuemakers can get these. Some of these get pretty pricey, since they're boutique.
Anyways, that's the simple thoughts on any adhesive. Each bonding application gets its own unique look at requirements, substrate, strengths, environment, etc. What will work for one substrate can be detrimental to another. I suppose an overview of what all is in a technical data sheet is helpful. Most engineers (including me) have no idea what some of those properties and characteristics mean in the real world.
And yes, sealed vessels going into cargo holds and going into lower pressure altitudes is a very standard, 101 consideration for adhesive requirements, in case anyone needed that education from me. I'v mentored many junior engineers on this very subject.
And yes, there's a ton more that again would take a book to write down (storage, preparation, application/dispensing, surface energy, joint design, tolerances, theory of adhesion, blah blah...)
Freddie <~~~ sticking it