Radioactive waste container

stainless steelshieldedportable

Product introduction
The Radioactive Waste Decay Box is a dedicated radiation-shielding and temporary storage device developed for nuclear medicine departments, radiotherapy centers and radioactive laboratories. It is designed for the safe collection, isolation and temporary decay storage of short-lived radioactive waste generated during nuclide diagnostics, iodine therapy and radiopharmaceutical handling. The unit features high-density lead shielding combined with a double-layer 304 stainless steel shell to provide effective attenuation and to prevent radiation leakage and secondary contamination.

Product performance

• Sliding cover plate with a rotating input port for safe transfer.
• Equipped with four load-bearing swivel casters with locks.
• Can be deployed movable or fixed.
• Anti-fingerprint surface treatment to maintain a clean appearance and hygiene.

Technical parameters
Material: Lead, 304 stainless steel
Lead shielding: 20 mm Pb
Dimensions: 400 mm (H) x 400 mm (W) x 500 mm (L)

Application fields

• Department of Radiology: Imaging diagnostics and interventional procedures using X-rays and gamma rays for internal structure visualization.
• Department of Radiation Oncology: Localized cancer treatment using ionizing radiation from isotopes and therapeutic beams (X-ray, electron, proton).
• Department of Nuclear Medicine: Diagnostic imaging, therapeutic applications and research using radiopharmaceuticals and nuclear techniques.

Features / technical specifications

• Function: Safe collection, isolation and temporary decay storage of short-lived radioactive waste.
• Shielding structure: High-density lead shielding with double-layer 304 stainless steel shell.
• Lead shielding thickness: 20 mm Pb.
• Material: Lead and 304 stainless steel.
• Dimensions: 400 mm (H) x 400 mm (W) x 500 mm (L).
• Access: Sliding cover plate with rotating input port for safe transfer.
• Mobility: Four load-bearing swivel casters with locks; usable movable or fixed.
• Surface treatment: Anti-fingerprint finish for hygiene and clean appearance.
• Intended use: Designed for nuclear medicine, radiotherapy and radioactive laboratories to prevent radiation leakage and secondary contamination.