Materials engineering

Materials science to innovate and transform

We develop advanced materials platforms with control over composition, synthesis, processing, surface and characterization for research, cosmetics, health and industrial applications.

A Triplet hydroxyapatite bottle on the dark laboratory bench, beside a Petri dish of white powder, a dish of microspheres and a block of porous ceramic.

Proprietary technology
Technical traceability
Advanced materials
On demand

Technology

Technologies that drive our projects

From composition to application, we combine materials engineering, physicochemical characterization and custom development.

Calcium Phosphates

Hydroxyapatite, β-TCP and carbonated phases under control.

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Advanced Bioceramics

Ceramic materials designed by composition and structure.

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Surface and Interface

Doping and functionalization for interaction with matrices.

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Custom Development

Custom routes with characterization and technical support.

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Explore technologies

Our reference material

Hydroxyapatite

Synthesis with control of phase, purity and particle size. The bioactive basis for implants, bone regeneration and advanced applications.

Infrastructure

Our own infrastructure for innovation

Laboratories for synthesis, processing and physicochemical characterization of advanced materials, with a technical team and batch-to-batch control.

Get to know Triplet

Gloved hands grinding a sample in a porcelain mortar, next to magnetic stirrers and glassware on the bench.

Two beakers on heated magnetic stirrers, one with a colourless solution and one with a yellow solution, temperature shown on the display.

+10Advanced instruments
+15Characterization techniques
100%Technical traceability
BrazilNational development

Institutional backing

Science that creates value

Applied research with protected intellectual property and support from innovation funding agencies.

Company supported by FAPESP
PIPE projects in research and technological innovation.
Patent granted
Technologies developed with protected intellectual property.
International PCT filing
Global expansion of strategic technologies.
In-house laboratories
Dedicated infrastructure for research and development.
National development
Solutions created and produced in Brazil.

Reach

Technical application fronts

Technical inputs for research, formulation, characterization and co-development.

A glass beaker of white cosmetic cream on a steel bench, next to a Petri dish of fine mineral powder, two cream jars and a spatula.

Personal Care

Mineral inputs for technical screening in formulations.

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A white dental arch model on a steel bench, next to a beaker of white powder, a Petri dish of fine powder and a small vial of granules.

Oral Care

Calcium phosphates for technical evaluation in oral care.

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A research bench with two racks of test tubes, an Erlenmeyer flask of colourless liquid, a micropipette and an open blank notebook.

Research and Development

Custom materials for technical and scientific evaluation.

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Five glass vials of white powders in different particle sizes, lined up on the bench in front of an out-of-focus microscope, beside a slide and tweezers.

Materials Characterization

Physicochemical testing for powders, particles and bioceramics.

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A translucent disc with white granules embedded in it, standing beside a Petri dish of bioceramic granules and a block of porous ceramic.

Hybrid Systems

Bioceramics in mineral, polymeric or bioactive matrices.

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A steel tray holding a mound of white ceramic powder in the foreground, with out-of-focus stainless steel hoppers behind it.

Industry and Technology

Mineral and ceramic routes for industrial evaluation.

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Blog and news

News and publications

The most recent technical content published by the Triplet team.

Glass vials of white powder lined up on the bench, beside a Petri dish and a blank test report sheet.

ProcessesSep 03, 2026

How we specify a custom material

A specification is not a name or a number: it is a set of attributes with a tolerance band, a test method and an acceptance criterion.

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Grayscale electron micrograph of faceted crystalline grains with sharp edges and flat cleavage planes.

BioceramicsSep 03, 2026

How crystalline phase drives the reactivity of HAp

Phase and crystallinity govern how fast a calcium phosphate dissolves — which is why HA, β-TCP and biphasic mixtures are not interchangeable.

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An open blank notebook on the bench, beside sample vials of white powder and laboratory glassware.

ProcessesSep 02, 2026

What to define before starting an R&D project

Four definitions — the decision, the critical attributes, the acceptance criterion and the target matrix — separate a project that concludes from one that only accumulates data.

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Frequently asked

Frequently asked questions

Quick answers about Triplet, our materials and how to get started.

What does Triplet develop?

Advanced materials, bioceramics and mineral inputs for research, formulation, physicochemical characterization and technical co-development.

Do you serve both companies and research institutions?

Yes. We work with companies, universities and research centers on materials, characterization, technical evaluation and co-development projects.

How do I request a sample for evaluation?

Get in touch with the technical team and tell us the intended application; we will assess availability, specification and the documentation required.

Are the materials developed in Brazil?

Yes. Triplet develops materials and technology routes in Brazil, with its own infrastructure and a focus on traceability and technical control.

Where do I start if my project is still taking shape?

Send us the technical requirement, the intended application and the project stage. Our team will advise on the best material, analysis or co-development route.

Clients, partners and investors