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Biobased polyesters are emerging as sustainable alternatives for hot-melt adhesives (HMAs) owing to their tunable adhesion properties, facile processing, and versatile end-of-life options. Here, we report on the design of low-temperature (100 °C) HMAs, derived from oxygen-rich lignin-based copolyesters synthesized via copolymerization of a syringic acid-derived aromatic monomer with biobased aliph
