Tailoring biobased aliphatic polyesters for high Tg, scalable production, processability, biodegradability, and closed-loop chemical recyclability
Fully bio-based spirocyclic monomers with high reactivity and thermal stability in polycondensations, and scalable production from low-cost reactants are attractive alternatives to replace fossil-based terephthalate monomers. To this end, we carefully design and synthesize a dicarboxylate ester monomer with a spiroacetal structure from bio-based pentaerythritol and glyoxylic acid. Polycondensation
