ST Shield’s Tungsten Alloy Can is a compact, lead-free storage solution designed to safely contain radioactive syringes, vials, or small pharmaceutical containers in nuclear medicine facilities, PET centers, and hospital pharmacies. Constructed from high-purity tungsten alloy (density: 18.5 g/cm³), this can offers exceptional radiation shielding—equivalent to lead but with a smaller footprint and non-toxic composition, making it an environmentally friendly alternative to traditional lead storage containers. The can features a precision-machined interior cavity (available in various sizes to fit 1ml-20ml vials or standard syringes) with a soft, shock-absorbing lining that protects delicate medical containers from damage during storage or transport. The lid is equipped with a secure, twist-lock mechanism that ensures a tight seal, preventing radiation leakage while keeping contents secure. The exterior of the can is finished with a scratch-resistant, corrosion-proof coating, with clear labeling areas for identifying contents, radioactivity level, and expiration dates—complying with nuclear medicine safety protocols. The compact, lightweight design (up to 30% lighter than lead cans of the same shielding capacity) makes it easy to transport between preparation areas, treatment rooms, or pharmacies, while the durable tungsten alloy construction ensures long-term performance even with frequent use. ST Shield’s Tungsten Alloy Can is available in lead-equivalent ratings ranging from 0.5mm Pb to 3.0mm Pb, allowing customization to match the radioactivity of stored materials (e.g., low-dose diagnostic isotopes vs. high-dose therapeutic agents). Each can undergoes rigorous testing, including radiation attenuation verification, leak testing, and structural integrity checks, to meet IAEA Safety Standards and FDA regulations. For facilities seeking a safe, compliant, and environmentally responsible storage solution for small radioactive containers, this tungsten alloy can delivers unmatched performance—combining compact design, lead-free safety, and reliable shielding for nuclear medicine applications.
