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Temperature-engineered Ti-based thin-film metallic glass coatings with superior electrochemical and biological stability for bioimplants
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DOI：10.1016/j.surfcoat.2026.133693.png)
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Abstract
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• Temperature-controlled sputtering enables tunable amorphous–nanocrystalline transitions in TiCuTaNb thin-film metallic glass coatings. • Fully amorphous TiCuTaNb coatings exhibit superior corrosion resistance and highest charge-transfer resistance in simulated body fluid. • Deposition temperature governs a trade-off between electrochemical stability and calcium phosphate mineralisation behavior. • Amorphous TiCuTaNb coatings significantly reduce platelet adhesion and delay whole-blood clot formation, indicating excellent hemocompatibility. • TiCuTaNb thin-film metallic glasses promote osteoblast adhesion and proliferation, confirming cytocompatibility for implant applications.
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