Tungsten Container

What Material Is the Tungsten Container Made From?

Our tungsten containers are machined from high-purity tungsten alloy with a density exceeding 17 g/cm³, delivering exceptional radiation attenuation in a compact form factor. The alloy composition is carefully balanced to maximize shielding efficiency while maintaining structural integrity under prolonged use.

How Much Isotope Capacity Does Each Container Provide?

Each tungsten container is precision-engineered to accommodate standard vial sizes commonly used in nuclear medicine and industrial radiography. The internal cavity is CNC-machined to tight tolerances, ensuring a snug fit that minimizes movement during transport while allowing quick access when needed.

How Does the Shielding Performance Compare to Lead?

Tungsten offers approximately 30% greater attenuation per unit thickness compared to traditional lead shielding. This means our containers achieve the same level of radiation protection in a significantly smaller and lighter package — reducing both handling fatigue and storage footprint in clinical or laboratory environments.

Is the Container Safe for Daily Handling?

Absolutely. The outer surface is finished with a smooth, sealed coating that prevents oxidation and makes decontamination straightforward. Ergonomic grip features are integrated into the design, and the threaded lid mechanism ensures a secure seal that meets international transport regulations for radioactive materials.

What Applications Benefit Most from Tungsten Containers?

These containers are widely used in nuclear medicine departments for storing and transporting diagnostic isotopes such as Tc-99m and F-18, as well as in industrial non-destructive testing where Ir-192 sources require portable shielding. Research laboratories handling small quantities of gamma-emitting isotopes also rely on tungsten containers for their benchtop storage needs.