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Abstract

In this study, hydroxyapatite(HAP,Ca10(PO4)6(OH)2) has been prepared as bioceramic materialwith biological specifications useful toused for orthopedic anddental implant applications. Wet chemical processing seems toform the fine grain size anduniform characteristic nanocrystalline materialsby the interstice factors controlling which affected the grain size and crystallinity in order to give good mechanical and/or constituent properties similar as natural bone. Fluorinated hydroxyapatite[4-6 wt% F,(FHA, Ca10(PO4)6(OH)2–Fx] was developed in new method for its posses to increased strength and to give higher corrosion resistance in biofluids than pure HAPmoreover reduces therisk of dental caries. The phase's and functional groups characterizations XRD & FTIR reveled the purity of the product and its free of other phases, while themorphologytests showed the compound homogeneity asfluorideinterpenetrated in the compound lattice net.

Keywords

hydroxyapatite, biocompatibility, bioceramic, Florien

Article Type

Article

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