Renewable Lactam Monomer for Tunable and Processable Polyamides

Replacement of petroleum-derived monomers with renewable alternatives is an integral part of the sustainable polymer framework. Research in this area involves the search for bio-based or recycled starting materials for traditional polymers, as well as investigations into new materials accessible fro...

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Bibliographic Details
Main Author:	Satu Häkkinen (10680985) (author)
Other Authors:	Daniel M. Krajovic (20605179) (author), Kari M. Chamberlain (20881877) (author), Joshua Shippee (20881880) (author), Arpan Biswas (2862827) (author), Honghu Zhang (1499473) (author), Lillian M. Felsenthal (20881883) (author), William R. Dichtel (1368834) (author), Marc A. Hillmyer (1301541) (author)
Published:	2025
Subjects:	Biochemistry Medicine Biotechnology Evolutionary Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified ≈ 80 mpa ≈ 1100 %) sustainable polymer framework recycled starting materials provides new opportunities new materials accessible excellent processability due common organic solvents activated monomer mechanism processable polyamides replacement renewable lactam monomer caprolactam allows tailoring polyamides synthesized renewable feedstocks renewable alternatives young ’ traditional polymers resultant copolymers optical clarity opening polymerization low humidity integral part humid environments high ductility derived monomers crystallizable nature area involves anionic ring advanced manufacturing
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Renewable Lactam Monomer for Tunable and Processable Polyamides

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