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We have the technology to supply a range of isotopes in various chemical forms including oxide, metal, gaseous or elemental. We can also convert materials into other forms to satisfy customer requests.

Please select an element in our current product portfolio to find out more.

Lanthanoid Actanoid Current product portfolio Research and development in progress, please contact us for more information Research and development required, please contact us for more information
Silicon isotopes image

Naturally occurring silicon has three stable isotopes.

Read more Silicon isotopes
Tellurium isotopes image

Naturally occurring tellurium has eight stable isotopes.

Read more Tellurium isotopes
Tungsten isotopes image

Naturally occurring tungsten has five stable isotopes.

Read more Tungsten isotopes
Xenon isotopes image

Naturally occurring xenon has nine stable isotopes.

Read more Xenon isotopes
Selenium isotopes image

Natural occurring selenium has six stable isotopes.

Read more Selenium isotopes
Germanium isotopes image

Naturally occurring germanium has five stable isotopes.

Read more Germanium isotopes
Zinc isotopes image

Naturally occurring zinc has five stable isotopes.

Read more Zinc isotopes
Iridium isotopes image

Naturally occurring iridium has two stable isotopes.

Read more Iridium isotopes
Titanium isotopes image

Natural occurring titanium has five stable isotopes.

Read more Titanium isotopes

Titanium isotopes (Ti)

Titanium isotopes are used in industrial and research applications. Stable titanium isotopes can be enriched or depleted by Urenco Stable Isotopes to any required concentration, and supplied in various chemical forms.

Naturally occurring titanium has five stable isotopes.

Isotope Maximum available enrichment (atomic %) Natural abundance (atomic %)
⁴⁶Ti >99.9, <1 8.30
⁴⁷Ti >99.9, <1 7.40
⁴⁸Ti >99.9, <1 73.70
⁴⁹Ti >99.9, <1 5.40
⁵⁰Ti >99.9, <1 5.20

Application of Titanium isotopes

Titanium 46 (Ti 46)

Depleted Ti-46 has been proposed as encapsulation material for radioactive sources. Depleted Ti-46 is also ideally suited for use in environments with high neutron fluxes such as fission and fusion reactors.

Titanium 47(Ti 47)

Ti-47 is occasionally used as an alternative precursor for the production of V-48.

Titanium 48 (Ti 48)

Ti-48 is used for the production of the radioisotope V-48 which is used in nutritional studies and for calibrating PET instrumentation.

Titanium 49 (Ti 49)

Ti-49 is used in the production of the radioisotope V-49.

Titanium 50 (Ti 50)

Ti-50 is used in the production of super heavy elements whereby targets of elements such as Lead, Bismuth or even Berkelium are bombarded with Ti-50 ions.

Silicon isotopes image

Naturally occurring silicon has three stable isotopes.

Read more Silicon isotopes
Tellurium isotopes image

Naturally occurring tellurium has eight stable isotopes.

Read more Tellurium isotopes
Tungsten isotopes image

Naturally occurring tungsten has five stable isotopes.

Read more Tungsten isotopes
Xenon isotopes image

Naturally occurring xenon has nine stable isotopes.

Read more Xenon isotopes
Selenium isotopes image

Natural occurring selenium has six stable isotopes.

Read more Selenium isotopes
Germanium isotopes image

Naturally occurring germanium has five stable isotopes.

Read more Germanium isotopes
Zinc isotopes image

Naturally occurring zinc has five stable isotopes.

Read more Zinc isotopes
Iridium isotopes image

Naturally occurring iridium has two stable isotopes.

Read more Iridium isotopes
Titanium isotopes image

Natural occurring titanium has five stable isotopes.

Read more Titanium isotopes

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