Description of Custom Radiation Shielding Lead Bricks

Custom radiation shielding lead bricks are modular shielding components manufactured via precision casting or die-casting processes, using high-purity metallic lead as the primary raw material. Premium custom lead bricks are produced using strictly selected National Standard No. 1 lead ingots (Pb ≥ 99.99%). This high purity ensures a dense internal structure free of voids or laminations, thereby guaranteeing uniform and stable radiation-shielding performance. Certain high-end products are formed through the melting and die-casting of electrolytic lead, further enhancing the material's physical strength and surface flatness. Serving as critical protective materials in nuclear engineering, medical radiology, and industrial non-destructive testing, lead bricks leverage the high density of lead (approximately 11.34 g/cm³) to effectively attenuate ionizing radiation, such as X-rays and gamma rays.

Shape and Structure of Custom Radiation Shielding Lead Bricks

Rectangular bricks (Class B): Basic units used for stacking across large wall areas.

V-shaped/Wedge-shaped bricks (Class A): Feature a wedge-shaped mating profile that enhances interlocking capabilities and prevents displacement.

Custom-shaped bricks: Include curved bricks, perforated bricks, and interlocking bricks with male-female connectors; specifically designed to address protection challenges in specialized scenarios such as enclosing storage tanks, accommodating pipe penetrations, and fitting corners.

Application of Custom Radiation Shielding Lead Bricks

Medical Sector: Construction of radiation-shielding walls for CT rooms, DR rooms, interventional operating rooms, nuclear medicine source storage rooms, and radioactive waste storage facilities.

Industrial Sector: Industrial radiography rooms, non-destructive testing (NDT) laboratories, and localized shielding structures for high-energy radiation equipment.

Scientific Research and Nuclear Energy: Particle accelerator shielding walls, radioisotope laboratories, and temporary isolation zones within nuclear facilities.