Hydroxyapatite Micron Powder, Purity: 96+%, Size: 50 µm

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Description

Description

5 grams: 12 €
25 grams: 40 €

100 grams: 110 €

500 grams: 400 €

1000 grams: 675 €

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Hydroxyapatite Micron Powder

Purity: 96+%, Size: 50 µm

Hydroxyapatite Micron powder is a high-purity, advanced surgical implant-grade hydroxyapatite powder designed to meet strict biomedical standards. The material consists of pristine white, spherically shaped microparticles that exhibit exceptional fluidity and excellent uniformity under microscopic observation, ensuring optimal structural consistency. Characterized by a precisely balanced calcium-to-phosphorus molar ratio and highly stable crystallinity, this bioceramic medium delivers a pure crystalline phase with infrared verification confirming the absolute absence of carbonate, carbonyl, amino, or other organic and elemental impurities.

Technical Properties

Purity	96+%
Average Particle Size	50 μm
Tap Density	1.29 cm³
Ca/P Molar Ratio	1.667
CAS No	1306-06-5

Applications

Orthopedics & Bone Grafting: This high-purity hydroxyapatite powder serves as an excellent osteoconductive matrix for synthetic bone graft substitutes and bone cements used in orthopedic surgeries. Its precise calcium-to-phosphorus ratio mimics natural bone mineral, accelerating bone regeneration and integration with host tissues.
Dental & Maxillofacial Implants: The product is widely utilized as a bioactive coating for titanium dental implants and as a filler material in periodontal defect repairs. Its spherical microparticle morphology ensures optimal packing density and structural stability during maxillofacial reconstructions.
Medical Aesthetics & Dermal Fillers: Due to its uniform micro-spherical shape and controlled particle size distribution, this powder is ideal for formulating long-lasting, biocompatible dermal fillers. It acts as a mechanical scaffold that safely stimulates natural collagen production in soft tissue applications.
Biomedical Coatings & Surface Modification: The exceptional fluidity and structural purity of the powder make it highly suitable for plasma-spraying processes to coat metallic medical devices. This specialized bioceramic layer drastically improves the biocompatibility and osseointegration rate of long-term surgical implants.