Zinc Isotopes (Zn)
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End to end production
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Zinc isotopes (Zn)
Enriched and depleted zinc for medical, industrial and research sectors.
Medical
Zinc isotopes play a key role in radiopharmaceutical production, particularly as precursors for gallium-based isotopes used in diagnostic imaging.
Industrial
Zinc isotopes are used in nuclear applications, including reducing corrosion and limiting radioactive build-up in reactor systems.
Research
Zinc isotopes are widely used in biological and nutritional studies, supporting research into trace element uptake and metabolic processes.
A selection of our zinc isotopes:
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Depleted-Zinc 64 (Zn-64)
- Known for its use as an additive in the cooling
water systems of nuclear reactors.- Reduces corrosion processes, including stress
corrosion cracking.- Reduces the amount of radioactive Co-60 formed
because of the activation of natural Cobalt in the
construction materials of the reactor. -
Zinc-66 (Zn-66)
- Known for its use as an additive in the cooling water systems of nuclear reactors.
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Zinc-67 (Zn-67)
- Known for its use as an additive in the cooling water systems of nuclear reactors.
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Zinc-68 (Zn-68)
- Known for its use as an additive in the cooling water systems of nuclear reactors.
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Zinc-70 (Zn-70)
- Known for its use as an additive in the cooling water systems of nuclear reactors.
Chemical forms available
Urenco Isotopes provides a variety of tailor-made chemical forms for its isotopes. For zinc, these typically include:
Zinc metal (powder, coins or sheets)
Zinc oxide (ZnO), powder or pellets
Zinc acetate
Bespoke Compositions
Key properties
High Enrichment Levels:Capability to reach enrichment levels exceeding 98%.
Depletion Capability:Can be depleted below 1%.
Sector Versatility:Suitable for medical/industrial/research sectors
Isotope Profile:Produced using advanced centrifuge technology to ensure high purity and a reliable Western origin.
Frequently asked questions about zinc
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How does depleted zinc-64 reduce radiation?
Depleted Zinc 64 is used in nuclear reactor cooling systems, where it helps reduce corrosion processes such as stress corrosion cracking. It also limits the formation of radioactive cobalt 60 by reducing activation of cobalt in reactor materials.
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What chemical forms of zinc are available?
Zinc isotopes are available in a range of chemical forms, including metal, oxide and other tailored compositions, depending on application requirements.
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Which isotopes are used for medical imaging?
Zinc 68 is commonly used as a precursor to gallium based isotopes, which are widely used in medical imaging.
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What enrichment levels are available?
We supply Zinc with flexible enrichment levels varying from below 1% to above 98% to meet diverse application needs.
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What zinc isotopes do you supply?
A selection of zinc isotopes includes Zn 64, Zn 68 and Zn 70, each used across medical, industrial and research applications.
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Are you a manufacturer?
Yes. Urenco Isotopes produces stable isotopes using centrifuge enrichment technology, with full control of the production process and supply chain.
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Can I request custom specifications?
Yes. Zinc isotopes can be supplied in tailored enrichment levels and chemical forms to meet specific customer requirements. Speak with our experts to discuss your requirements.