Ceramat synthesizes nanocrystalline grade hydroxyapatite which can be utilized in bone repair and bone regeneration applications. Further this grade is ideal to synthesize granules, manufacturing of bone grafting material. In addition, this grade can also be employed to coat implant surface where finer surface roughness plays a significant role. It is also utilized in the manufacturing of bone filling material and scaffolds which facilitates enhanced osseointegration of bone cells.
Hydroxyapatite powder details
- Product name: Hydroxyapatite powder, submicron particle (DLS), 99% (trace metal basis), synthetic
- Chemical formula: Ca5(PO4)3(OH)/Ca10(PO4)6(OH)2
- Formula weight: 502.4 g/mol
- CAS number: 12167-74-7
- Appearance: Milky white free flowing non-hygroscopic powder
- Manufacturing route: Wet chemical precipitation
- Major applications: Biomedical graft, scaffold fabrication and implant coating applications
Physical and Chemical Properties (conforms to specifications)
- Phase purity: X-Ray Diffraction
- Chemical composition (Ca/P ratio): 1.663 -1.714 (ICP-MS)
- Purity by XRF analysis, wt %: 99%
- Trace analysis (ICP): 99% (min), per determination of trace metallic impurities
- Melting point: 1670 °C (2012 °F)
- Decomposition temp: 1400 °C (3038 °F)
- Crystallite size: 15 nm – 40 nm
- Density (Helium gas pycnometry): 3.15 – 3.20 g/cc
- Average particle size (DLS): 1 μm
- Spray dried particle morphology: Spherical, D90 30 pm
- Proposed sterilisation mode: Gamma, EtO
- Preferred coating route: Atmospheric plasma spray
- International standards: ISO 13779-3, 6 ISO 13485 and ASTM-F1185-035
