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This is a Quantitative Study study (also classified as: Experimental Study).

Tribological Properties and Biocompatibility Studies of PEEK and Its Composites

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Evaluation reveals PEEK-nHA composites enhance tribological properties and biocompatibility, suggesting potential in osteointegration.

Increasing nano-hydroxyapatite content in PEEK composites improves hardness but affects wear volume negatively.
PEEK with 16 wt.% nHA displayed optimal mechanical strength and bioactivity, critical for biomedical applications.
Thermal stability remained high in PEEK composites, with minimal changes noted in thermal transitions.
Successful incorporation of nHA was confirmed through FTIR without disrupting PEEK's chemical structure.

Syed Kwaja Moinuddin (2025) studied this question.

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View Full Paper

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Authors

Evaluation reveals PEEK-nHA composites enhance tribological properties and biocompatibility, suggesting potential in osteointegration.

Increasing nano-hydroxyapatite content in PEEK composites improves hardness but affects wear volume negatively.
PEEK with 16 wt.% nHA displayed optimal mechanical strength and bioactivity, critical for biomedical applications.
Thermal stability remained high in PEEK composites, with minimal changes noted in thermal transitions.
Successful incorporation of nHA was confirmed through FTIR without disrupting PEEK's chemical structure.

Syed Kwaja Moinuddin (2025) studied this question.

View Full Paper

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Bookmark