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Chemically recyclable polymers that can depolymerize into their constituent monomers are attractive candidates to replace non‐recyclable petroleum‐derived plastics. However, the physical properties and mechanical strengths of depolymerizable polymers are commonly insufficient for practical applications. Here we demonstrate that by proper ligand design and modification, aluminum complexes can catalyse...
Chemically recyclable polymers that can depolymerize into their constituent monomers are attractive candidates to replace non‐recyclable petroleum‐derived plastics. However, the physical properties and mechanical strengths of depolymerizable polymers are commonly insufficient for practical applications. Here we demonstrate that by proper ligand design and modification, aluminum complexes can catalyse...
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