Wholesale Price Supplement Hydroxyapatite HAP Cas 1306-06-5 Hydroxyapatite Powder

Bone Repair: Widely used for filling bone defects, treating non-union fractures, and in spinal fusion surgery, as an artificial bone substitute material.

Dental Implants: Used as a surface coating for implants to promote the integration of the implant with bone tissue and improve the success rate of implantation.

Soft Tissue Filling: In medical aesthetics, hydroxyapatite microspheres (such as Radiesse) are used to fill facial wrinkles, nasolabial folds, and the chin. Through mechanical stimulation and fibroblast activation, it promotes collagen regeneration, achieving long-lasting shaping.

Ocular Prosthesis Socket: Used for intraorbital implantation, possessing good biocompatibility and vascularization properties.

Hydroxyapatite Toothpaste: Its core function is remineralization: when teeth demineralize (calcium loss) in an acidic environment, hydroxyapatite releases calcium ions, promoting mineral deposition to repair tooth enamel. In addition, it can adsorb pigments and bacteria in the oral cavity, providing whitening, anti-sensitivity, and plaque reduction effects.

Hydroxyapatite has excellent ion exchange and adsorption properties, making it an excellent water treatment material.

Heavy Metal Removal: Can be used to adsorb heavy metal ions such as lead, cadmium, nickel, and mercury from wastewater, fixing them in the crystal lattice through an ion exchange mechanism.

Fluoride/Phosphate Removal: Can effectively remove excess fluoride ions and phosphates from water, preventing eutrophication.

Soil Remediation: Used to remediate lead and cadmium contaminated soil, reducing the bioavailability of heavy metals through passivation.

Industrial Catalysis:
Due to its large specific surface area, high temperature resistance, and ion exchange capacity, hydroxyapatite is used as a catalyst support, especially suitable for oxidation reactions and hydrogenation reactions. For example, hydroxyapatite catalysts loaded with noble metals (such as Pd, Rh) show high activity and selectivity in organic synthesis. In addition, its high melting point and low thermal conductivity can be used to prepare thermal insulation paper, refractory materials, etc.