Bioceramics engineered for function

Ceramic materials engineered by composition, structure, surface and application.

Get to know hydroxyapatite
Macro photograph of a white bioceramic block with its network of open pores in detail, beside a mound of the same material as powder.
The material

What bioceramics are

Bioceramics are inorganic ceramic materials developed for technical interaction with biological, mineral or hybrid systems. Their function depends on the combination of composition, structure, surface, processing and form of application.

  • Composition

    Controls the material's chemical and mineral identity.

  • Structure

    Modulates crystallinity, morphology, stability and reactivity.

  • Surface

    Defines contact area, interaction, functionalization and compatibility.

  • Application

    Guides the choice of material, process, form and characterization.

Anatomy of the material

How a bioceramic is engineered

Each bioceramic route combines composition, processing, surface and form of presentation to answer a specific technical function.

Dimension
Composition
What we define
Ceramic type, mineral phase, purity and doping potential.
Technical impact
Defines chemical identity, stability, reactivity and technical potential.
Dimension
Processing
What we define
Synthesis, thermal treatment, milling, sintering and crystallinity.
Technical impact
Modulates structure, stability, reactivity and technical performance.
Dimension
Surface
What we define
Specific area, porosity, topography and functionalization.
Technical impact
Influences dispersion, compatibility and interfacial response.
Dimension
Form of presentation
What we define
Powder, granule, block, suspension, composite or custom structure.
Technical impact
Fits the material to the intended process, formulation or technical use.
Our portfolio

Triplet's bioceramic platforms

From calcium phosphates to advanced ceramics, with custom routes.

Explore technologies
Macro shot of white hydroxyapatite powder spread over a navy surface, its granular texture lit from the side.

The reference bioceramic

Hydroxyapatite

Synthetic calcium phosphate for technical evaluation, research, formulation and co-development.

See specifications
From the blog

Related publications

Technical content on bioceramics, calcium phosphates, characterization and development.

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Common questions

Frequently asked questions

Quick answers on bioceramics and material choice.

What is the difference between a bioceramic and a conventional ceramic?

Bioceramics are ceramics developed for specific technical functions, with control over composition, structure, surface and processing.

Is hydroxyapatite Triplet's only bioceramic?

No. It is a reference platform, but we also assess calcium phosphates, advanced ceramics and hybrid systems.

Do you develop bioceramics for specific requirements?

Yes. We assess composition, processing, surface, form of presentation and the documentation each demand requires.

How do I choose the right bioceramic for my project?

The choice depends on the intended application, matrix, form of use, stability, reactivity, particle size and required analyses.

Do Triplet bioceramics serve both research and industry?

Yes. We work with technical inputs, samples made to specification, physicochemical characterization and co-development.

Own specification

Need a bioceramic to your own specification?

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

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