Hydroxyapatite for research and development

Synthetic hydroxyapatite as a technical input, with control over phase, processing, morphology and particle size.

A Triplet hydroxyapatite bottle on the dark laboratory bench, with a glass dish full of white powder in front of it.

Specifiable material

  • Particle size
  • Thermal processing
  • Morphology
  • Surface area
See technical specificationsConfigure technical application
Technical use

Triplet hydroxyapatite is supplied as a technical input for research, formulation, industrial evaluation and co-development. It is not a cosmetic, pharmaceutical, medical, therapeutic or end-consumer product.

The material

What hydroxyapatite is

Ca₁₀(PO₄)₆(OH)₂

Hydroxyapatite is a crystalline calcium phosphate widely studied in biomaterials, oral care, personal care and mineral systems. At Triplet, it is developed as a technical platform tunable through synthesis, processing, particles, surface and characterization.

Portfolio

Triplet hydroxyapatite platform

Three technical routes for evaluation, formulation and co-development.

Technical evaluation

Technical evaluation routes

  1. Scientific and academic research

    Reference material for studies on synthesis, characterization, particles, surfaces and composites.

  2. Applied biomaterials research

    Technical input for studies on composites, hybrid systems, surfaces and polymeric matrices.

  3. Cosmetic and oral care R&D

    Mineral raw material for formulation screening, compatibility and technical-industrial evaluation.

  4. Incorporation into matrices

    Assessment of dispersion, compatibility and behavior in mineral, polymeric or hybrid systems.

  5. Experimental ceramic processing

    Assessment of thermal routes, milling, sintering, crystallinity and phase stability.

A beaker of white hydroxyapatite powder, a flask holding a milky suspension and a glass cuvette in a metal holder.
Why Triplet

Triplet differentials

  • Controlled synthesis

    Technical control of the production route.

  • Phase control

    Crystallinity and mineral identity.

  • Tunable surface

    Surface area, interface and compatibility.

  • Ionic doping

    Ion incorporation for new routes.

  • Technical characterization

    XRD, FTIR, SEM, BET and particle size.

Supply

Supply formats

  • Powder

    Particle sizes made to specification.

  • Technical suspension

    Dispersions for laboratory evaluation.

  • R&D samples

    Small batches for technical evaluation.

  • Custom development

    Routes tuned to the technical need.

About the material

Technical specifications

Datasheet

Chemical formula
Ca₁₀(PO₄)₆(OH)₂
CAS number
1306-06-5
Molar mass
1004.62 g/mol
Purity
To be reported per batch

Other information

Thermal stability
According to the processing route.
Solubility
Low solubility in aqueous media.
Origin
100% synthetic, free of animal-derived components.
Laboratory preparation
Compatible with laboratory protocols defined by the project.

Configurable parameters

  • Morphology

    Particle shape and organization.

  • Particle size

    Particle size distribution.

  • Surface area

    Area available for interaction with matrices.

  • Thermal processing

    Ranges defined according to the technical route.

Configure technical application

Reference particle size ranges

according to batch analysis
Nanocrystalline
< 1 µm
Microfine
1–10 µm
Fine Technical
10–25 µm
Medium Granular
25–45 µm
Structured Granular
45–100 µm
Hydroxyapatite for Processing
100% passing < 250 µm

Technical documentation

For batch data, get in touch at bioceramicas@tripletbs.com with the code or technical need.

Positioning

Hydroxyapatite is a technology platform

Macro shot of hydroxyapatite powder on a navy surface, with crystalline glint on the particles.

Hydroxyapatite is not just a material. It is a tunable mineral platform for different technical routes and applications under evaluation.

  • Mineral identity

    Calcium phosphate with controlled composition.

  • Functionalization

    Surface modification for new interfaces.

  • Doping

    Ion incorporation for modified routes.

  • Compatibility

    Evaluation in different matrices and systems.

  • Research and innovation

    A platform for evaluation and co-development.

From the blog

Related publications

Content on synthesis, characterization, particles and technical applications.

See all publications
Common questions

Frequently asked questions

Quick answers about Triplet hydroxyapatite and its technical evaluation.

Is Triplet hydroxyapatite a finished product?

No. It is supplied as a technical input for research, formulation, industrial evaluation and co-development. End use depends on validation and is the responsibility of the developing company.

Can I choose particle size, morphology and thermal processing?

Yes. We assess technical ranges according to feasibility, batch, processing route and characterization needs.

Which technical documents come with the material?

They can include SDS, TDS, certificate of origin, characterization summary and per-batch COA, subject to availability.

Do you supply samples for R&D?

Yes. Availability depends on the specification, quantity, technical purpose and documentation required for evaluation.

Can hydroxyapatite be functionalized or doped?

Yes. We assess functionalization, ionic doping and surface modification routes according to the technical objective.

Technical support

Still have a question?

Talk to our technical team and send your need for assessment.

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