Ok..., let me simplify things:
The formula is a dissolved Plastic and an adhesive.
Plastic= polymer (PO) + plasticizer (PL) + additives(a)
The plastic provides strength, the plasticizer adds elasticity, and additives change other properties.
Adhesive= rubber (R) + tackifier (T)
Rubber produces bond strength, and tackifier increases hold.
Solvent (s)
solvent dissolves the plastic.
So, as it stands, there are two formulas with modifications.
Cellustick-
PO: Cellulose acetate
PL: glycerine
A:N/A
R: Contact cement
T: PVA or aerosol spray and stick (super 77)
S: Acetone
vinylon-
PO: PVA
PL: Water
A:N/A
R: water soluble Contact cement
T: aerosol spray and stick (super 77)
S: water
Now. The way we prepare these formulas depend on the method by which we spin them.
Right now, as it stands we are looking into PVA because if we can extrude it properly, it can be close to stainless steel or more in strength and it will be cheap. We will try dry spinning or gel spinning. If we can't get it right, who cares? We can dissolve it down and use it in cellustick.
Now a lot of you have referred to sodium tetraborate, also known as borax. That crosslinking agent is no good for PVA. It will completely ruin your tensile strength and adhesion. Basically, all the reasons you would want PVA you lose when it comes int ocontact with borax.