L-Shield; PET; 13.78in Width; 17.64in Height; 12.2in Depth; Stainless steel, Lead Glass; Lead Thickness: 1.42in; Lead Glass Density: 4.7g/cm3; 8.98 H x 11.61 W x 2.68in THK Lead Glass Dimensions
Serial number must be provided to place an order. returns will incur a restock fee of 25% of the order.
This shield is designed for facilities that prepare and dispense high activity 131I therapy doses. The shield offers excellent protection from beta and gamma radiation and has a fully shielded floor. The lead glass is 3.5 inches thick to shield out the high energy gamma photons from this radionuclide.
This shield is designed for facilities that prepare and dispense high activity 131I therapy doses. The shield offers excellent protection from beta and gamma radiation and has a fully shielded floor. The lead glass is 3.5 inches thick to shield out the high energy gamma photons from this radionuclide.
This shield is designed for facilities that prepare and dispense high activity 131I therapy doses. The shield offers excellent protection from beta and gamma radiation and has a fully shielded floor. The lead glass is 3.5 inches thick to shield out the high energy gamma photons from this radionuclide.
This shield is designed for facilities that prepare and dispense high activity 131I therapy doses. The shield offers excellent protection from beta and gamma radiation and has a fully shielded floor. The lead glass is 3.5 inches thick to shield out the high energy gamma photons from this radionuclide.
This shield is designed for facilities that prepare and dispense high activity 131I therapy doses. The shield offers excellent protection from beta and gamma radiation and has a fully shielded floor. The lead glass is 3.5 inches thick to shield out the high energy gamma photons from this radionuclide.
This shield is designed for facilities that prepare and dispense high activity 131I therapy doses. The shield offers excellent protection from beta and gamma radiation and has a fully shielded floor. The lead glass is 3.5 inches thick to shield out the high energy gamma photons from this radionuclide.