Recent advances in polymeric materials with exceptional mechanical performance via multiple hydrogen-bonded networks

Key Points

• The introduction of multiple hydrogen-bonded networks significantly improves mechanical performance in polymeric materials.
• Recent advancements highlight polymeric materials achieving high strength without sacrificing toughness, with key methods involving hydrogen bonding.
• The study focuses on novel particle-based cross-linkers, which appear to enhance the balance between strength and toughness in these materials.
• These developments could redefine applications of polymeric materials, potentially enabling more durable and lightweight structures.

Abstract