Marine hydroxyapatite powder from fish scale (Nizona)

Natural, Fish-Scale Derived

Natural, Fish-Scale Derived

Marine Hydroxyapatite (HAp)

Marine Hydroxyapatite (HAp)

Marine hydroxyapatite is a natural, microcrystalline calcium phosphate produced from fish scales, a biomimetic form of the same mineral that builds human bone and tooth enamel. Nizona manufactures phase pure marine hydroxyapatite (HAp) as a raw material for bone graft and tissue engineering applications and as a bioavailable calcium source for nutraceuticals. Backward integrated across our own marine supply chain, our HAp is fully traceable, free from BSE / prion risk, and has Halal advantages over bovine and porcine derived apatite.

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What is marine hydroxyapatite?

Hydroxyapatite (HAp) is a calcium phosphate with the formula Ca₁₀(PO₄)₆(OH)₂ : the principal mineral component of bone and teeth. Marine hydroxyapatite is HAp recovered from fish by-products such as scale and bone. Unlike laboratory synthesised, stoichiometric HAp, naturally derived marine apatite is calcium deficient and carbonated carrying trace ions such as magnesium and sodium within its lattice. This composition closely mirrors the mineral phase of human bone itself a calcium deficient carbonated apatite, which underlies its osteoconductive and biocompatible behaviour. The result is a material that is at once naturally sourced and structurally biomimetic.

Why fish-scale (marine) hydroxyapatite?

Why fish-scale (marine)
hydroxyapatite?

Not all hydroxyapatite is equal. The source determines composition, safety profile and market acceptance and marine-derived HAp offers a combination that synthetic and mammalian sources cannot match at the same time.

01

Biomimetic composition

Fish-derived apatite is calcium-deficient and carbonated, with a calcium-to-phosphorus (Ca/P) ratio and trace-element profile close to natural bone mineral. Research on hydroxyapatite from species such as salmon and rainbow trout has reported biological compatibility comparable to — and in some studies exceeding — that of synthetic apatite, attributed to the carbonate and magnesium present. For bone-contact applications, this resemblance to native tissue is the central advantage.

02

Free from BSE / prion risk

03

Halal and broadly acceptable

04

Sustainable and fully traceable

Typical specifications

Indicative properties of Nizonas phase-pure marine hydroxyapatite. A full Certificate of Analysis including phase confirmation, carbonate content, a heavy-metal panel and microbiological data is available on request.

Parameter

Product

Phase purity

Appearance

Crystallite size

Particle size

Specific surface area (BET)

Average pore diameter

Ca/P (atomic)

Solubility

Source

Certifications

Typical value

Phase-pure marine hydroxyapatite (HAp); natural, microcrystalline

Single-phase HAp (XRD-confirmed)

White powder

~37 nm

~320–370 nm

~4.93 m²/g

~360 nm

~1.35–1.62 — calcium-deficient, carbonated (biomimetic)

Insoluble / sparingly soluble in water

Fish scale (marine by-product)

ISO, FSSAI, Halal, MPEDA, EU (as applicable; current certificates on request)

Why Nizona

Nizona is a backward integrated marine ingredients manufacturer
producing hydroxyapatite, collagen and related speciality grades from its own supply chain. That integration means cost control, security of supply and traceability that resellers cannot offer. Through Nizona Marine Products, our ingredients reach customers in more than 20 countries, supported by an R&D team focused on functional marine biomaterials.

Applications

Nizona supplies marine hydroxyapatite as a raw material and ingredient. Finished-product manufacturers integrate it across two principal areas, with custom grades available for adjacent uses.

Biomedical materials

Biomedical materials

Marine HAp’s osteoconductivity and biomimetic composition make it a candidate raw material for bone-graft granules and putties, bone-void fillers, tissue-engineering scaffolds, 3D-printing feedstock and hydroxyapatite coatings for implants. Nizona supplies the material; finished-device manufacturers remain responsible for design validation and regulatory clearance — for example ISO 13485, ISO 10993 biocompatibility, CE-MDR and FDA — of their products.
Marine HAp’s osteoconductivity and biomimetic composition make it a candidate raw material for bone-graft granules and putties, bone-void fillers, tissue-engineering scaffolds, 3D-printing feedstock and hydroxyapatite coatings for implants. Nizona supplies the material; finished-device manufacturers remain responsible for design validation and regulatory clearance — for example ISO 13485, ISO 10993 biocompatibility, CE-MDR and FDA — of their products.

Nutraceutical calcium

Nutraceutical calcium

As a naturally occurring source of calcium and phosphorus in a bone-identical mineral form, marine HAp — including microcrystalline hydroxyapatite (MCHA) and the ossein–hydroxyapatite complex — is used in bone-health supplements and functional formulations where a bioavailable, marine-origin calcium is preferred.
As a naturally occurring source of calcium and phosphorus in a bone-identical mineral form, marine HAp — including microcrystalline hydroxyapatite (MCHA) and the ossein–hydroxyapatite complex — is used in bone-health supplements and functional formulations where a bioavailable, marine-origin calcium is preferred.

Custom and emerging grades

Custom and emerging grades

For applications that call for a different particle size, surface area or morphology such as remineralising oral-care formulations Nizona can develop tailored grades on a project basis.
For applications that call for a different particle size, surface area or morphology such as remineralising oral-care formulations Nizona can develop tailored grades on a project basis.

Research &
Evidence

The behaviour of fish scale hydroxyapatite is supported by a growing body of independent, peer reviewed research. The studies below were conducted by academic and government research groups, not by Nizona and examine marine derived hydroxyapatite as a material class.

The behaviour of fish scale hydroxyapatite is supported by a growing body of independent, peer reviewed research. The studies below were conducted by academic and government research groups, not by Nizona and examine marine derived hydroxyapatite as a material class.

Composition close
to human bone

Composition close to
human bone

Detailed characterisation of fish scale hydroxyapatite confirms a calcium deficient, carbonated apatite carrying trace magnesium and sodium, a composition resembling the mineral phase of natural bone which controlled sintering around 900–1000 °C yields as a stable nanocrystalline phase.

Detailed characterisation of fish scale hydroxyapatite confirms a calcium deficient, carbonated apatite carrying trace magnesium and sodium, a composition resembling the mineral phase of natural bone which controlled sintering around 900–1000 °C yields as a stable nanocrystalline phase.

Bone regeneration
comparable to a
commercial xenograft

Bone regeneration
comparable to a
commercial xenograft

In an animal socket preservation study, fish scale hydroxyapatite granules supported new bone formation comparable to a commercial bovine xenograft with graft resorption balanced against the rate of new bone growth.

In an animal socket preservation study, fish scale hydroxyapatite granules supported new bone formation comparable to a commercial bovine xenograft with graft resorption balanced against the rate of new bone growth.

Suitable for 3D
printed scaffolds. 

Suitable for 3D
printed scaffolds. 

Fish scale hydroxyapatite incorporated into 3D printed PLA scaffolds achieved compressive strength within the range of human cancellous bone with biocompatibility and bone formation markers comparable to a commercial graft.

Fish scale hydroxyapatite incorporated into 3D printed PLA scaffolds achieved compressive strength within the range of human cancellous bone with biocompatibility and bone formation markers comparable to a commercial graft.

N. G. Thomas;  Y. B. Dalvi ;  N Fijol ;  J. Shilpa ;  Rekha Unni ;  P. K. Binsi ;  M. G. Varghese ; Reshmy. R ;  A. P. Mathew ;  Sukumaran Anil (2023) Fish scale derived hydroxyapatite incorporated 3D printed PLA scaffold for bone tissue engineering New Journal of Chemistry, Volume 48, Issue 24, June 2024

Passed a full ISO 10993
biocompatibility panel.

Passed a full ISO 10993
biocompatibility panel.

Electrospun tissue engineering scaffolds containing fish scale nano hydroxyapatite passed the complete ISO 10993 biocompatibility.

Electrospun tissue engineering scaffolds containing fish scale nano hydroxyapatite passed the complete ISO 10993 biocompatibility.

Frequently Asked Questions

01

Is marine hydroxyapatite better than synthetic or bovine HAp?

02

What is the Ca/P ratio of fish-derived hydroxyapatite?

03

Is your hydroxyapatite suitable for bone grafts and scaffolds?

04

Is the hydroxyapatite Halal certified and BSE-free?

05

Can I request a sample, and what is the minimum order quantity?

06

Do you export internationally, and on what Incoterms?

Whatever we produce,
We must fully use

Contact Us

Phone No:

022 4924 0706
+91 9730007882

Location:

923, IJMIMA complex, MDP Road, Malad West, Mumbai – 400064, Maharashtra, India.


71/17, Topsia Road, (South) Near Millat Nagar Masjid, Kolkata: 700046, West Bengal, India.

© 2026 Nizona Marine Products Private Limited. All Rights Reserved.

Whatever we produce,
We must fully use

Contact Us

Phone No:

022 4924 0706
+91 9730007882

Location:

923, IJMIMA complex, MDP Road, Malad West, Mumbai – 400064, Maharashtra, India.


71/17, Topsia Road, (South) Near Millat Nagar Masjid, Kolkata: 700046, West Bengal, India.

© 2026 Nizona Marine Products Private Limited. All Rights Reserved.

Whatever we produce,
We must fully use

Contact Us

Phone No:

022 4924 0706
+91 9730007882

Location:

923, IJMIMA complex, MDP Road, Malad West, Mumbai – 400064, Maharashtra, India.


71/17, Topsia Road, (South) Near Millat Nagar Masjid, Kolkata: 700046, West Bengal, India.

© 2026 Nizona Marine Products Private Limited. All Rights Reserved.