Ultra Nano Calcium Hydroxyapatite (CaHA) is a biomimetic calcium phosphate nanomaterial engineered with particle size below 80 nm. Due to its extremely high surface area and nano-scale morphology, it exhibits superior bioactivity, enhanced cellular interaction, rapid ion exchange, and excellent dispersion properties. The material closely resembles the mineral component of natural bone and teeth, making it highly suitable for advanced biomedical, regenerative, cosmetic, and pharmaceutical applications. Ultra nano CaHA is widely utilized in tissue engineering, injectable systems, nano-coatings, remineralization formulations, and regenerative skincare technologies.
CAT Number: EG-RM- Ca-HAp(xs) - 26
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PRODUCT INFORMATION |
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Structural / Composition Data |
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Structure / Formula |
Ca₁₀(PO₄)₆(OH)₂ |
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Molecular Weight |
502.31g/mol |
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Particle Size (APS) |
< 80 nm |
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Appearance |
White ultra-fine powder |
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Purity |
≥ 99% |
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Morphology |
Needle-like / spherical nano particles |
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Solubility |
Insoluble in water/dispersible in aqueous systems |
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Form(s) Available |
Dry powder / aqueous dispersion |
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Stability & Shelf Life |
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Storage |
Store at room temperature in dry sealed container |
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Post-Reconstitution |
24 months |
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Stability Notes |
Protect from moisture and contamination |
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Quality & Compliance |
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QC Tests |
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Intended Use |
Research, biomaterials, cosmetics, regenerative formulations |
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Documentation |
Certificate of Analysis (CoA), Safety Data Sheet (SDS), Specification Sheet |
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General Guidance |
Disperse slowly into deionized water under stirring. |
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Recommendations |
Use sonication for uniform nano dispersion and avoid excessive heat. |
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Mechanism of Action |
Releases calcium and phosphate ions that promote biomineralization and cellular signaling. Nano-sized structure enhances protein adsorption and osteoblast interaction. |
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Biological Claims |
Supports bone regeneration, enamel remineralization, collagen stimulation, and bioactive tissue integration. |
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Intended Uses |
Bone tissue engineering, injectable regenerative fillers, nano mineral sunscreen, remineralizing toothpaste, drug delivery systems, anti-aging cosmetic formulations and bioactive coatings. |
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Sizes |
1 kg |
500 g |
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Yes, CaHA nanoparticles are biocompatible and promote tissue regeneration, offering a reliable, safe solution for soft tissue repair.
The porous structure of CaHA nanoparticles allows for controlled drug release, enhancing therapeutic effectiveness and enabling precise drug delivery in medical treatments.
CaHA nanoparticles enhance skin elasticity, reduce wrinkles, and improve facial volume, providing a natural, long-lasting solution for anti-aging and aesthetic treatments.
Next-Generation Life Science Products for Everyday Health.