Abstract
The Ti-15Zr alloy was used as the substrate in this study, which was modified by sandblast acid-etching (SLA), and the Sr ions were loaded onto the surface of the SLA by using the hydrothermal method (SLA-Sr). The results showed that the Sr ions were attached to the surface of the material in the form of granular SrTiO3. The modulus of elasticity of SLA and SLA-Sr is closer to that of human bone tissue. The higher the concentration of Sr, the greater the corrosion resistance. The SLA and SLA-Sr had superior hydrophilic and hemolytic properties than Ti-15Zr, and the higher the Sr concentration the better the cell proliferation effect.
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