What question did this study set out to answer?

The aim is to develop a strong, healable, and recyclable adhesive inspired by natural bone structures.

June 3, 2026Journal of Materials Chemistry A0 citations

A strong, healable, recyclable bio-based adhesive via a bone-inspired triple network

JHJ HuangUniversity of Science and Technology of China HZHanbo ZhangWuyi University ZYZhenze YangIntelligent Automation (United States)

Key Points

The aim is to develop a strong, healable, and recyclable adhesive inspired by natural bone structures.
Developed a bio-based adhesive with a triple-network design.
Evaluated the adhesive for durability and self-healing properties.
Assessed recyclability and environmental impact.
The adhesive shows excellent environmental stability.
Demonstrates efficient self-healing and re-bonding capabilities, outperforming conventional adhesives.
Proved to be recyclable without loss of performance.

Abstract

Inspired by the hierarchical structure of natural bone, a fully bio-based adhesive featuring a triple-network design integrates excellent environmental stability, efficient self-healing, multiple re-bonding capability, and recyclability.

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