So now for webbing. I'm going to stick with my most recent formulation, but add a few... adjustments.
The current formula is:
Nano-cellulose, cyanoacrylate, surfactant and fine silica powder (one can add graphene and magnesium oxide for added strength and fire ******ency)
Now here is the end result of this formula:
1.) When the ingredients are mixed, the cyanoacrylate will naturally bond to the ends of the cellulose. The silica will remain suspended in the mixture, and so will the surfactant.
2.)The mixture will leave the shooter. Depending on what you used to pressurize the cartridge, the formula will expand due to the air in the cartidge and the surfactant, trapping the air. This will be a foam. I used to think that this was implausible, but Aero-gel is 99% air and can hold more than 1000% its weight.
3.Upon impact, the cyanoacrylate will bond to the surface and the silica gel. The nanocellulose was already bonded to it.
4.) Nano-cellulose is shear thinning, so it will leave the shooter like ketchup leaves the bottle. It will naturally harden due to the lack of pressure and because the cyanoacrylate will bond the silica to it. Once that happens, the formula becomes shear thickening (because bonded silica tends to do that.) Any sudden strike will make it stronger and harder.
The graphene and magnesium oxide are optional, but it would be a really good add in. Graphene is stronger than Kevlar by far, and magnesium oxide makes for a good fire ******ant blend.
The one thing that this formula lacks though is biodegradability. The cellulose will be broken down by the environment. So will the surfactant, graphene, and magnesium oxide. The two things I'm concerned with are the glue and the silica.
I'm also a little concerned that the cyanoacrylate won't dry quickly enough. That might be fixed with a good web shooter design.