Nuclear Shields in Bangladesh

Vvon Technologies Limited supplies, installs and services Nuclear Shields equipment across Bangladesh. 261 products are catalogued across Nuclear Medicine & Imaging.

Categories

• Syringe & Vial Shielding (103)
• Structural Radiation Shielding (51)
• Shielded Storage & Transport (36)
• Hot Lab Shielding & L-Blocks (31)
• Radioactive Waste Management (24)
• Dose Calibrator Shielding (8)
• Collimators & Imaging Grids (8)

Products

• Corner Tabletop Shield - 3 mm: A benchtop lead shield that stands between the operator and the activity on the bench, sized to sit on an existing worktop without any building work. Shielding is 3 mm of lead, outside dimensions 350 x 450 x 350 mm (w x d x h).
• Cyclotron Workstation - 50 mm: A heavily shielded workstation for cyclotron produced radionuclides, giving a large shielded working area for target handling and processing. Shielding is 50 mm of lead, inside dimensions 880 x 531 mm (working area).
• Dose Drawing Station: A dose drawing station that holds the vial shield and the syringe in a fixed shielded position while the dose is drawn, so the hands stay out of the direct beam. It is used in the radiopharmacy at the point where doses are drawn from a bulk vial into individual syringes.
• Mobile PET Workstation - 50 mm: A mobile PET workstation with a movable lead screen and a shielded work surface, for preparing and dispensing high energy PET radiopharmaceuticals. Shielding is 55 mm movable screen & 20 mm work surface of lead, inside dimensions 1110 x 705 mm (working area).
• QC L-Block Station - 50 mm: A floor standing L-block station for quality control and dose preparation work in the hot lab, with a lead shielded working area and a lead glass viewing window. Shielding is 50 mm of lead, inside dimensions 880 x 530 x 255 mm (working area).
• QC L-Block Station (SPECT): A floor standing L-block station for quality control and dose preparation work in the hot lab, with a lead shielded working area and a lead glass viewing window. Shielding is 5 mm of lead, inside dimensions 953 x 603 x 255 mm (working area).
• QC L-Block Station with waste compartment - 50 mm: A floor standing L-block station for quality control and dose preparation work in the hot lab, with a lead shielded working area and a lead glass viewing window. Shielding is 50 mm of lead, inside dimensions 880 x 530 x 255 mm (working area).
• Shielded synthesis workstation: A shielded synthesis workstation for radiochemistry, with heavy lead shielding on the sides and front and a shielded workbench. Shielding is 50 mm in sides & front / 10 mm in back & workbench of lead, inside dimensions 1485 x 485 x 620 mm (working area).
• Tabletop L-Block Shield - 20 mm: A benchtop L-block shield for handling gamma emitting radiopharmaceuticals, with a lead glass window that keeps the working area in view while the body of the shield stands between the operator and the dose. Shielding is 20 mm of lead, outside dimensions 422 x 505 x 580 mm (w x d x h).
• Tabletop L-Block Shield - 30 mm: A benchtop L-block shield for handling gamma emitting radiopharmaceuticals, with a lead glass window that keeps the working area in view while the body of the shield stands between the operator and the dose. Shielding is 30 mm of lead, outside dimensions 426 x 516 x 604 mm (w x d x h).
• Tabletop L-block Shield - 5 mm: A benchtop L-block shield for handling gamma emitting radiopharmaceuticals, with a lead glass window that keeps the working area in view while the body of the shield stands between the operator and the dose. Shielding is 5 mm lead & 5 mm aluminum of aluminum, lead, outside dimensions 416 x 486 x 549 mm (w x d x h).
• Tabletop L-Block Shield - 50 mm: A benchtop L-block shield for handling gamma emitting radiopharmaceuticals, with a lead glass window that keeps the working area in view while the body of the shield stands between the operator and the dose. Shielding is 50 mm of lead, outside dimensions 425 x 550 x 590 mm (w x d x h).
• Tabletop L-Block Shield -12.5 mm: A benchtop L-block shield for handling gamma emitting radiopharmaceuticals, with a lead glass window that keeps the working area in view while the body of the shield stands between the operator and the dose. Shielding is 12.5 mm of lead, outside dimensions 422 x 484 x 559 mm (w x d x h).
• Tabletop Shield - 12 mm: A benchtop lead shield that stands between the operator and the activity on the bench, sized to sit on an existing worktop without any building work. Shielding is 12 mm of lead, outside dimensions 320 x 250 x 520 mm (w x d x h).
• Tabletop Shielded Workstation - 5 mm: A benchtop lead shield that stands between the operator and the activity on the bench, sized to sit on an existing worktop without any building work. Shielding is 5 mm of lead, inside dimensions 565 x 362 x 293 mm.
• Tabletop Shielded Workstation - 8 mm lead 10 mm aluminum: A benchtop lead shield that stands between the operator and the activity on the bench, sized to sit on an existing worktop without any building work. Shielding is 8 mm lead & 5 mm aluminum of aluminum, lead, inside dimensions 565 x 362 x 293 mm.
• Lead Castle - Sliding Door (LC310-412-100SD): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. It is used around gamma sources, germanium detectors and low background counting equipment, where the shielding has to be close fitting on every side.
• Lead Castle - Sliding Door (LC310-412-100SD-2C): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. Shielding is 100 mm of lead, inside dimensions 302 x 403 mm (diameter x height).
• Lead Castle - Sliding Door (LC315-416-100SD): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. It is used around gamma sources, germanium detectors and low background counting equipment, where the shielding has to be close fitting on every side.
• Lead Castle - Sliding Doors: A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. It is used around gamma sources, germanium detectors and low background counting equipment, where the shielding has to be close fitting on every side.
• Lead Castle - Sliding Top Door: A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. Shielding is 150 mm of lead, inside dimensions 293 x 394 mm (diameter x height).
• Lead Castle - top door (LC150-350-100T): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. Shielding is 100 mm of lead, inside dimensions 150 x 400 mm (diameter x height).
• Lead Castle - top door (LC197-600-30T): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. Shielding is 30 mm of lead, inside dimensions 196 x 600 mm (diameter x height).
• Lead Castle - top door (LC150-250-100T): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. It is used around gamma sources, germanium detectors and low background counting equipment, where the shielding has to be close fitting on every side.
• Lead Castle - top door (LC280-400-100T): A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. It is used around gamma sources, germanium detectors and low background counting equipment, where the shielding has to be close fitting on every side.
• Lead Castle - Top/Front door: A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. Shielding is 100 mm of lead, inside dimensions 280 x 400 mm (diameter x height).
• Square Lead Castle - Sliding Door: A lead castle that encloses a source or a detector on all sides, with an access door so the contents can be reached without dismantling the shielding. It is used around gamma sources, germanium detectors and low background counting equipment, where the shielding has to be close fitting on every side.
• HFC Shielding - 12,5 mm (LP-E0031751): Built in stainless steel, this unit shields hand and foot monitors used in radiation controlled environments. The integrated 12,5 mm lead shielding reduces the influence of ambient radiation on the measurement, so radioactive contamination on hands and feet is detected more reliably. Nuclear Shields describe the construction as robust and practical to use, suited to locations where accurate contamination monitoring and radiation safety are essential.
• Lead Castle Ultra Low Background no. 1 (LCU430-200T-D2): An ultra low background lead castle catalogued by Nuclear Shields as LCU430-200T-D2. Its inside dimensions are a diameter of 430 mm by 200 mm high. The shield is built from 9 cm LBL and 1 cm ULBL, and a copper liner and frame are included.
• Lead Castle - top door (LC152-566-50T): A top door lead castle from Nuclear Shields, catalogued as LC152-566-50T. Inside dimensions are 152 x 566 mm. The unit is made according to drawing #E0003542.
• Lead Castle - Sliding Door (LC150-200-100SD): A sliding door lead castle from Nuclear Shields, catalogued as LC150-200-100SD. Inside dimensions are 150 x 200 mm, quoted including a 2 mm copper inner liner.
• 1 ml Big-Screw Syringe Shield - 11.5 x 76 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 76 mm (diameter x height).
• 1 ml Big-Screw Syringe Shield - 8.8 x 72 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 8.8 x 72 mm (diameter x height).
• 1 ml Big-Screw Syringe Shield - 8.8 x 76 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 8.8 x 76 mm (diameter x height).
• 1 ml Clip-Lock Syringe Shield - 11.5 x 76 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 76 mm (diameter x height).
• 1 ml Clip-Lock Syringe Shield - 8.8 x 72 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 8.8 x 72 mm (diameter x height).
• 1 ml Clip-Lock Syringe Shield - 8.8 x 76 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 8.8 x 76 mm (diameter x height).
• 1 ml Lead Glass Syringe Shield - 11.5 x 76 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 11.5 x 76 mm (diameter x height).
• 1 ml Lead Glass Syringe Shield - 8.8 x 72 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 8.8 x 72 mm (diameter x height).
• 1 ml Lead Glass Syringe Shield - 8.8 x 76 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 8.8 x 76 mm (diameter x height).
• 1 ml PET Syringe Shield - 11.5 x 76 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 11.5 x 76 mm (diameter x height).
• 1 ml PET Syringe Shield - 8.8 x 72 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 8.8 x 72 mm (diameter x height).
• 1 ml PET Syringe Shield - 8.8 x 76 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 8.8 x 76 mm (diameter x height).
• 10 ml Big-Screw Syringe Shield - 18.2 x 75 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 18.2 x 75 mm (diameter x height).
• 10 ml Big-Screw Syringe Shield - 18.2 x 85 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 18.2 x 85 mm (diameter x height).
• 10 ml Clip-Lock Syringe Shield - 18.2 x 75 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 18.2 x 75 mm (diameter x height).
• 10 ml Clip-Lock Syringe Shield - 18.2 x 85 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 18.2 x 85 mm (diameter x height).
• 10 ml Lead Glass Syringe Shield - 18.2 x 75 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 18.2 x 75 mm (diameter x height).
• 10 ml Lead Glass Syringe Shield- 18.2 x 85 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 18.2 x 85 mm (diameter x height).
• 10 ml PET Syringe Shield - 18.2 x 75: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 18.2 x 75 mm (diameter x height).
• 10 ml PET Syringe Shield - 18.2 x 85: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 18.2 x 85 mm (diameter x height).
• 10ml BETA Big-Screw Syringe Shield - 18.2 x 75 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 18.2 x 75 mm (diameter x height).
• 10ml BETA Big-Screw Syringe Shield - 18.2 x 85 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 18.2 x 85 mm (diameter x height).
• 10ml DUAL Syringe Shield - 18.2 x 75 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 18.2 x 75 mm (diameter x height).
• 10ml DUAL Syringe Shield - 18.2 x 85 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 18.2 x 85 mm (diameter x height).
• 1ml BETA Big-Screw Syringe Shield - 11.5 x 76 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 11.5 x 76 mm (diameter x height).
• 1ml BETA Big-Screw Syringe Shield - 8.8 x 72 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 8.8 x 72 mm (diameter x height).
• 1ml BETA Big-Screw Syringe Shield - 8.8 x 76 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 8.8 x 76 mm (diameter x height).
• 2 ml Big-Screw Syringe Shield - 11.5 x 53 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 53 mm (diameter x height).
• 2 ml Big-Screw Syringe Shield - 11.5 x 60 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 60 mm (diameter x height).
• 2 ml Clip-Lock Syringe Shield - 11.5 x 53 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 53 mm (diameter x height).
• 2 ml Clip-Lock Syringe Shield - 11.5 x 60 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 60 mm (diameter x height).
• 2 ml Lead Glass Syringe Shield - 11.5 x 53 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 11.5 x 53 mm (diameter x height).
• 2 ml Lead Glass Syringe Shield - 11.5 x 60 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 11.5 x 60 mm (diameter x height).
• 2 ml PET Syringe Shield - 11.5 x 53 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 11.5 x 53 mm (diameter x height).
• 2 ml PET Syringe Shield - 11.5 x 60 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 11.5 x 60 mm (diameter x height).
• 20ml Big-Screw Syringe Shield - 22.4 x 96 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 22.4 x 96 mm (diameter x height).
• 20ml DUAL Syringe Shield - 22.4 x 89 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 22.4 x 89 mm (diameter x height).
• 20ml DUAL Syringe Shield - 22.4 x 96 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 22.4 x 96 mm (diameter x height).
• 2ml BETA Big-Screw Syringe Shield - 11.5 x 53 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 11.5 x 53 mm (diameter x height).
• 2ml BETA Big-Screw Syringe Shield - 11.5 x 60 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 11.5 x 60 mm (diameter x height).
• 3 ml Big-Screw Syringe Shield - 11.5 x 65 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 65 mm (diameter x height).
• 3 ml Big-Screw Syringe Shield - 11.5 x 69 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 69 mm (diameter x height).
• 3 ml Clip-Lock Syringe Shield - 11,5 x 65 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 65 mm (diameter x height).
• 3 ml Clip-Lock Syringe Shield - 11.5 x 69 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 11.5 x 69 mm (diameter x height).
• 3 ml Lead Glass Syringe Shield - 11.5 x 65 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 11.5 x 65 mm (diameter x height).
• 3 ml Lead Glass Syringe Shield - 11.5 x 69 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 11.5 x 69 mm (diameter x height).
• 3 ml PET Syringe Shield - 11.5 x 65 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 11.5 x 65 mm (diameter x height).
• 3 ml PET Syringe Shield - 11.5 x 69: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 11.5 x 69 mm (diameter x height).
• 3ml BETA Big-Screw Syringe Shield - 11.5 x 65 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 11.5 x 65 mm (diameter x height).
• 3ml BETA Big-Screw Syringe Shield - 11.5 x 69 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 11.5 x 69 mm (diameter x height).
• 5 ml Big-Screw Syringe Shield - 15.4 x 61 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 15.4 x 61 mm (diameter x height).
• 5 ml Big-Screw Syringe Shield - 15.4 x 65 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 15.4 x 65 mm (diameter x height).
• 5 ml Big-Screw Syringe Shield - 15.4 x 68 mm: A tungsten syringe shield with a threaded big screw closure, used to reduce the dose to the hands while a radiopharmaceutical is drawn up and injected. Shielding is 2 mm of tungsten, inside dimensions 15.4 x 68 mm (diameter x height).
• 5 ml Clip-Lock Syringe Shield - 15.4 x 61 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 15.4 x 61 mm (diameter x height).
• 5 ml Clip-Lock Syringe Shield - 15.4 x 65 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 15.4 x 65 mm (diameter x height).
• 5 ml Clip-Lock Syringe Shield - 15.4 x 68 mm: A tungsten syringe shield with a quick clip lock closure, so the syringe can be loaded and released in one movement during dose preparation and injection. Shielding is 2 mm of tungsten, inside dimensions 15.4 x 68 mm (diameter x height).
• 5 ml Lead Glass Syringe Shield - 15.4 x 61 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 15.4 x 61 mm (diameter x height).
• 5 ml Lead Glass Syringe Shield - 15.4 x 65 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 15.4 x 65 mm (diameter x height).
• 5 ml Lead Glass Syringe Shield - 15.4 x 68 mm: A tungsten syringe shield with a lead glass window, so the radiographer can read the graduations on the barrel while the dose is drawn and injected. Shielding is 2 mm tungsten, 7 mm lead glass of lead glass, tungsten, inside dimensions 15.4 x 68 mm (diameter x height).
• 5 ml PET Syringe Shield - 15.4 x 61 mm: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding thickness is 8 mm, inside dimensions 15.4 x 61 mm (diameter x height).
• 5 ml PET Syringe Shield - 15.4 x 65: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 15.4 x 65 mm (diameter x height).
• 5 ml PET Syringe Shield - 15.4 x 68: A heavy walled tungsten syringe shield for PET radiopharmaceuticals, where the 511 keV annihilation photons need considerably more attenuation than a technetium dose. Shielding is 8 mm of tungsten, inside dimensions 15.4 x 68 mm (diameter x height).
• 5ml BETA Big-Screw Syringe Shield - 15.4 x 61 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 15.4 x 61 mm (diameter x height).
• 5ml BETA Big-Screw Syringe Shield - 15.4 x 65 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 15.4 x 65 mm (diameter x height).
• 5ml BETA Big-Screw Syringe Shield - 15.4 x 68 mm: An acrylic syringe shield for beta emitting radiopharmaceuticals, where a low atomic number material limits the bremsstrahlung produced by stopping the beta particles. Shielding is 10 mm of acrylic, inside dimensions 15.4 x 68 mm (diameter x height).
• 5ml DUAL Syringe Shield - 15.4 x 61 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 15.4 x 61 mm (diameter x height).
• 5ml DUAL Syringe Shield - 15.4 x 65 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 15.4 x 65 mm (diameter x height).
• 5ml DUAL Syringe Shield - 15.4 x 68 mm: A two layer syringe shield with an acrylic inner and a tungsten outer, giving protection against beta particles and against the gamma and bremsstrahlung radiation they generate. Shielding is 4 mm tungsten, 5 mm acrylic of acrylic, tungsten, inside dimensions 15.4 x 68 mm (diameter x height).
• 3 mm magnetic tungsten vial shield: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 3 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten magnetic vial shield - blue: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten magnetic vial shield - Green: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten magnetic vial shield - Red: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten magnetic vial shield - Silver/Gray: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten magnetic vial shield - Yellow/Gold: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten sliding vial shield - Blue: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten sliding vial shield - Green: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten sliding vial shield - Silver/Gray: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten sliding vial shield- Red: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 4 mm tungsten sliding vial shield- Yellow/Gold: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 4 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten magnetic vial shield - Blue: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten magnetic vial shield- Green: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten magnetic vial shield- Red: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten magnetic vial shield- Silver/Gray: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten magnetic vial shield- Yellow/Gold: A tungsten vial shield with a magnetic closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten sliding vial shield- Blue: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten sliding vial shield- Green: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten sliding vial shield- Red: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten sliding vial shield- Silver/Gray: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• 6 mm tungsten sliding vial shield- Yellow/Gold: A tungsten vial shield with a sliding closure, used to hold an elution or kit vial during dispensing. The colour coding lets a hot lab separate one radionuclide from another at a glance. Shielding is 6 mm of tungsten, inside dimensions 27 x 61 mm (diameter x height).
• Lead glass vial shield - Blue: A vial shield combining a tungsten body with a lead glass window, so the contents and the liquid level stay visible while the vial is handled. Shielding is 4 mm of lead, tungsten, inside dimensions 33 x 58 mm (diameter x height).
• Lead glass vial shield - Green: A vial shield combining a tungsten body with a lead glass window, so the contents and the liquid level stay visible while the vial is handled. Shielding is 4 mm of lead, tungsten, inside dimensions 33 x 58 mm (diameter x height).
• Lead glass vial shield - Red: A vial shield combining a tungsten body with a lead glass window, so the contents and the liquid level stay visible while the vial is handled. Shielding is 4 mm of lead, tungsten, inside dimensions 33 x 58 mm (diameter x height).
• Lead glass vial shield - Silver/Gray: A vial shield combining a tungsten body with a lead glass window, so the contents and the liquid level stay visible while the vial is handled. Shielding is 4 mm of lead, tungsten, inside dimensions 33 x 58 mm (diameter x height).
• Lead glass vial shield - Yellow/Gold: A vial shield combining a tungsten body with a lead glass window, so the contents and the liquid level stay visible while the vial is handled. Shielding is 4 mm of lead, tungsten, inside dimensions 33 x 58 mm (diameter x height).
• Lead Shielded Container - 35 mm: A lead shielded container for storing and moving radioactive sources and vials, with a stainless steel exterior that can be cleaned down and a painted lead interior. Shielding is 35 mm of lead, inside dimensions 80 x 175 mm (diameter x height).
• Lead Shielded Containers - 60 mm: A lead shielded container for storing and moving radioactive sources and vials, with a stainless steel exterior that can be cleaned down and a painted lead interior. Shielding is 60 mm of lead, inside dimensions 70 x 120 mm (diameter x height).
• Lead Vial Pig - 25 mm: A lead vial pig for storing and carrying a single radiopharmaceutical vial, finished in white epoxy paint so the lead is sealed and the pig can be wiped down. Shielding is 25 mm of lead, inside dimensions 44 x 70 mm.
• Mobile Lead Container - 50 mm: A lead shielded container for storing and moving radioactive sources and vials, with a stainless steel exterior that can be cleaned down and a painted lead interior. Shielding is 50 mm of lead, inside dimensions 60 x 127 mm (diameter x height).
• Tungsten container - 20 mm: A tungsten container for storing and transporting a radioactive vial or source. Tungsten gives the same attenuation as lead in a smaller and lighter body. Shielding is 20 mm of tungsten, inside dimensions 33 x 63 mm (diameter x height).
• Tungsten Container - 30 mm: A tungsten container for storing and transporting a radioactive vial or source. Tungsten gives the same attenuation as lead in a smaller and lighter body. Shielding is 30 mm of tungsten, inside dimensions 33 x 63 mm (diameter x height).
• Tungsten container - 36 mm: A tungsten container for storing and transporting a radioactive vial or source. Tungsten gives the same attenuation as lead in a smaller and lighter body. Shielding is 36 mm of tungsten, inside dimensions 28 x 61 mm (diameter x height).
• Tungsten Container - 6 mm: A tungsten container for storing and transporting a radioactive vial or source. Tungsten gives the same attenuation as lead in a smaller and lighter body. Shielding is 6 mm of tungsten, inside dimensions 35 x 80 mm (diameter x height).
• Tungsten Container - 20 mm (VS242): Radioactive sources are stored in this tungsten container behind 20 mm of tungsten shielding. Its top lid carries a tapered hole that accommodates dose drawing while minimising radiation exposure, and the hole can be shielded with a tungsten plug. That plug is optionally supplied threaded, although Nuclear Shields recommend leaving it unthreaded where threading is not needed so the hole diameter stays as small as possible. 20 mm is the standard shielding thickness and can be customised; where less than 6 mm is required they point instead to their tungsten vial shields.
• Alternative Lead-lined Cabinet - 12,5mm: A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 12.5 mm of lead, inside dimensions 456 x 440 x 155 mm (per shelve)456 x 440 x 691 mm (total).
• Alternative Lead-lined Cabinet - 6mm: A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 6 mm of lead, inside dimensions 456 x 440 x 155 mm (per shelve)456 x 440 x 691 mm (total).
• Lead Shielded 200-Liter Drum Overpack: A lead shielded overpack that takes a standard 200 litre waste drum, adding shielding around the drum for storage and transport. Shielding is 50 mm of lead, inside dimensions 670 x 892 mm (diameter x height).
• Lead Shielded Compact Source Storage Safe - 10 mm: A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 10 mm, 20 mm in door of lead, inside dimensions 300 x 300 x 300 mm.
• Lead Shielded Compact Source Storage Safe - 17 mm: A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 17 mm of lead, inside dimensions 334 x 334 x 200 mm. It is used where sealed sources must be locked away as well as shielded.
• Lead Shielded Compact Source Storage Safe - 32 mm (SC1432): A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 32 mm of lead, inside dimensions 204 x 204 x 204 mm. It is used where sealed sources must be locked away as well as shielded.
• Lead Shielded Compact Source Storage Safe - 32 mm (SC14040): A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 32 mm of lead, inside dimensions 400 x 400 x 400 mm. It is used where sealed sources must be locked away as well as shielded.
• Lead Shielded Compact Source Storage Safe - 40 mm (SC1440): A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 40 mm of lead, inside dimensions 284 x 284 x 360 mm. It is used where sealed sources must be locked away as well as shielded.
• Lead Shielded Compact Source Storage Safe - 40 mm (SC1440-2): A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 40 mm of lead, inside dimensions 285 x 285 x 285 mm. It is used where sealed sources must be locked away as well as shielded.
• Lead Shielded Compact Source Storage Safe - 62 mm: A compact lead shielded safe for storing sealed sources and radioactive samples, with the shielding built into the body and the door. Shielding is 62 mm of lead, inside dimensions 150 x 150 x 150 mm. It is used where sealed sources must be locked away as well as shielded.
• Lead Shielded Transport Container with Wheels: A wheeled lead shielded transport container for moving radioactive material between the radiopharmacy, the imaging rooms and the waste store. Shielding is 50 mm of lead, inside dimensions 350 x 500 mm (diameter x height).
• Lead-lined Laboratory Cabinet - 12,5 mm: A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 12.5 mm of lead, inside dimensions 341 x 396 x 152 mm (per drawer).
• Lead-lined Laboratory Cabinet - 25 mm: A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 25 mm of lead, inside dimensions 341 x 396 x 152 mm (per drawer).
• Lead-lined Laboratory Cabinet - 6 mm: A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 6 mm of lead, inside dimensions 341 x 396 x 152 mm (per drawer).
• Mobile Platform: A wheeled platform that turns a shielded waste bin or container into a mobile unit, so it can be moved between rooms without lifting. The castors and the frame carry the weight of a filled lead shielded bin.
• Pass Through Box incl. lead glass: A shielded pass through box set into the wall between the radiopharmacy and the clean area, so material can be passed across without opening a door into the hot lab. Shielding is 5 mm of lead, inside dimensions 400 x 400 x 400 mm.
• Radiation Shielded Storage Cabinet - 12,5 mm: A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 12.5 mm of lead, inside dimensions 355 x 443 x 282 mm (per drawer).
• Radiation Shielded Storage Cabinet - 25 mm (SC1222): A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 25 mm of lead, inside dimensions 355 x 443 x 282 mm (per drawer).
• Radiation Shielded Storage Cabinet - 25 mm (SC1232): A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 25 mm of lead, inside dimensions 355 x 443 x 156 mm (per drawer).
• Radiation Shielded Storage Cabinet - 6 mm (SC1226): A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 6 mm of lead, inside dimensions 355 x 443 x 282 mm (per drawer).
• Radiation Shielded Storage Cabinet - 6 mm (SC1236): A lead lined laboratory cabinet for storing radioactive material under the bench, with shielded drawers or shelves and a shielded body. Shielding is 6 mm of lead, inside dimensions 355 x 443 x 156 mm (per drawer).
• Radioactive Sample Storage Cabinet - 12,5 mm: A lead lined cabinet with narrow drawers for storing radioactive samples, sized to sit under a standard laboratory bench. Shielding is 12.5 mm of lead, inside dimensions 122 x 443 x 156 mm. The lead is built into the body and the drawer fronts, so the shielding stays in place as the drawers are opened and closed.
• Radioactive Sample Storage Cabinet - 25 mm: A lead lined cabinet with narrow drawers for storing radioactive samples, sized to sit under a standard laboratory bench. Shielding is 25 mm of lead, inside dimensions 122 x 443 x 156 mm. The lead is built into the body and the drawer fronts, so the shielding stays in place as the drawers are opened and closed.
• Radioactive Sample Storage Cabinet - 6 mm: A lead lined cabinet with narrow drawers for storing radioactive samples, sized to sit under a standard laboratory bench. Shielding is 6 mm of lead, inside dimensions 122 x 443 x 156 mm. The lead is built into the body and the drawer fronts, so the shielding stays in place as the drawers are opened and closed.
• Shielded 200L Drum Transport Container: A lead shielded overpack that takes a standard 200 litre waste drum, adding shielding around the drum for storage and transport. The drum stays inside the shielding while it is filled, stored and moved.
• Shielded Cask: A shielded cask for transporting high activity sources and waste, built to hold the shielding in a rigid outer body. It is intended for movements between a production facility, a store and a disposal route rather than for daily departmental use.
• Shielded Pass Through Box: A shielded pass through box set into the wall between the radiopharmacy and the clean area, so material can be passed across without opening a door into the hot lab. Shielding is 10 mm side shielding & 30 mm door shielding of lead, inside dimensions 596 x 671 x 612 mm (bottom compartment)596 x 671 x 750 mm (top compar.
• Shielded Syringe Carrier - 3 mm: A lead lined carrier for moving a prepared syringe from the radiopharmacy to the injection room, keeping the dose shielded while it is in transit. Shielding is 3 mm of lead, inside dimensions 225 x 60 x 45 mm.
• Shielded Syringe Carrier - 6 mm: A lead lined carrier for moving a prepared syringe from the radiopharmacy to the injection room, keeping the dose shielded while it is in transit. Shielding is 6 mm of lead, inside dimensions 225 x 60 x 45 mm.
• Shielded Syringe Carrier - PET: A lead lined carrier for moving a prepared syringe from the radiopharmacy to the injection room, keeping the dose shielded while it is in transit. Shielding is 10 mm in bottom, top, front & back | 18 mm in the sides of lead, inside dimensions 225 x 60 x 45 mm.
• Shielded Syringe Holder - 12.5 mm: A shielded holder that stands a loaded syringe upright on the bench between preparation and administration, keeping the dose behind lead rather than in the open. Shielding is 12.5 mm of lead, inside dimensions 60 x 137 mm (diameter x height).
• Type A Package - 20mm W: A Type A transport package built around a tungsten container, for shipping radiopharmaceuticals and sealed sources under the transport regulations. Shielding is 20 mm of tungsten, inside dimensions Ø33 x 58mm.
• Type A Package - 30mm W: A Type A transport package built around a tungsten container, for shipping radiopharmaceuticals and sealed sources under the transport regulations. Shielding is 30 mm of tungsten, inside dimensions Ø33x 58mm.
• Type A Package - 40mm W: A Type A transport package built around a tungsten container, for shipping radiopharmaceuticals and sealed sources under the transport regulations. Shielding is 40 mm of tungsten, inside dimensions Ø28 x 56mm.
• Alternative Lead-lined Cabinet - 25 mm (SC1212-A): The SC1212-A is a heavy duty shielded cabinet for the safe and secure storage of radioactive materials, with 25 mm of lead giving reliable protection in medical facilities, research laboratories, nuclear applications, PET centres and isotope labs. Three adjustable shelves come as standard, each measuring 456 x 440 x 155 mm internally. Durable steel construction is built for long term daily use, while the front panel is finished in high pressure laminate (HPL) available in various RAL colours to suit the working environment.
• Radiation Shielded Storage Cabinet - 12.5 mm (SC1231): The SC1231 is a heavy duty three drawer cabinet for the safe and compliant containment of radioactive materials in high use environments such as nuclear medicine, radiopharmacies and isotope laboratories. 12.5 mm of lead shielding on all sides gives enhanced protection against medium energy gamma radiation. Each of the three shielded drawers measures 355 x 443 x 156 mm internally and takes vials, sources and radiopharmaceutical components, with a compact footprint that integrates into existing workspaces. The body is stainless steel and the front is a customisable high pressure laminate (HPL) panel in various RAL colours.
• Large Mobile Radioactive Waste Container - 5 mm: A large wheeled lead shielded container for bulk radioactive waste, built with a stainless steel exterior and interior so it can be decontaminated. Shielding is 5 mm of lead, inside dimensions 780 x 780 x 971 mm.
• Mobile Pet Shielded Waste Bin - 35 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 35 mm of lead, inside dimensions 300 x 300 x 300 mm.
• Mobile Radioactive Waste Enclosure - 6 mm: A lead shielded enclosure for segregating radioactive waste while it decays, with a stainless steel exterior and interior for decontamination. Shielding is 6 mm of lead, inside dimensions 420 x 335 x 340 mm (per compartment).
• Mobile Shielded Waste Bin - 12 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 12 mm of lead, inside dimensions 430 x 430 x 580 mm.
• Mobile Shielded Waste Bin - 239L - 6 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 6 mm of lead, inside dimensions 555 x 555 x 776 mm.
• Mobile Shielded Waste Bin - 25 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 25 mm of lead, inside dimensions 396 x 396 x 569 mm.
• Mobile Shielded Waste Bin - 45L - 20 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 20 mm of lead, inside dimensions 255 x 255 x 716 mm.
• Mobile Waste Cabinet - 10 mm: A lead shielded enclosure for segregating radioactive waste while it decays, with a stainless steel exterior and interior for decontamination. Shielding is 10 mm of lead, inside dimensions 400 x 500 x 640 mm.
• Nuclear Waste Container: A large wheeled lead shielded container for bulk radioactive waste, built with a stainless steel exterior and interior so it can be decontaminated. It is placed at the point where the waste is generated so that contaminated items go straight behind shielding.
• Plastic Sharps Bin: A replaceable plastic insert for the shielded sharps bins, so contaminated sharps can be removed and the outer lead shielded bin reused. It drops into the shielded outer bin and is changed out when full.
• Shielded Decay Cave: A shielded decay store where radioactive waste is held until the activity has fallen enough for ordinary disposal, built from lead with a large usable internal volume. Shielding is 25 mm of lead, inside dimensions 800 x 748 x 650 mm.
• Shielded Decay Container with Sliding Opening: A shielded decay store where radioactive waste is held until the activity has fallen enough for ordinary disposal, built from lead with a large usable internal volume. Shielding is 50 mm of lead. It is used in departments handling short lived radionuclides, where storage for decay replaces active waste disposal.
• Shielded Sharps Bin - 12.5mm: A lead shielded sharps bin for contaminated needles and syringes, with a stainless steel exterior that can be decontaminated and a painted lead interior. Shielding is 12.5 mm of lead, inside dimensions 221 x 186 x 270mm.
• Shielded Sharps Bin - 3 mm: A lead shielded sharps bin for contaminated needles and syringes, with a stainless steel exterior that can be decontaminated and a painted lead interior. Shielding is 3 mm of lead, inside dimensions 221 x 186 x 268mm.
• Shielded Sharps Bin - 6 mm: A lead shielded sharps bin for contaminated needles and syringes, with a stainless steel exterior that can be decontaminated and a painted lead interior. Shielding is 6 mm of lead, inside dimensions 215 x 180 x 265mm.
• Shielded Waste Bin - 27L - 3 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 3 mm of lead, inside dimensions 280 x 280 x 375 mm.
• Shielded Waste Bin - 27L - 6 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 6 mm of lead, inside dimensions 274 x 274 x 372 mm.
• Shielded Waste Bin - 45L - 3 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 3 mm of lead, inside dimensions 280 x 280 x 525 mm.
• Shielded Waste Bin - 45L - 6 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 6 mm of lead, inside dimensions 274 x 274 x 523 mm.
• Shielded Waste Bin - 80L - 3 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 3 mm of lead, inside dimensions 461 x 461 x 580mm.
• Shielded Waste Bin - 80L - 6mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 6 mm of lead, inside dimensions 461 x 461 x 580mm.
• Shielded Waste Bin 18L - 3 mm: A lead shielded waste bin for radioactive waste in the hot lab and imaging rooms, with a pedal opening lid, wheels and a stainless steel exterior and interior. Shielding is 3 mm of lead, inside dimensions 250 x 150 x 525 mm.
• Target Waste Castle - 100 mm: A heavily shielded castle for high activity target waste, with a painted lead body and a stainless steel insert on the inside. Shielding is 100 mm of lead, inside dimensions 250 x 150 x 525 mm. It is placed at the point where the waste is generated so that contaminated items go straight behind shielding.
• Shielded Sharps Bin - 12,5 mm (SWB250): A shielded sharps bin published by Nuclear Shields with 12,5 mm of lead. Inside dimensions are 185 x 185 x 250 mm (w x d x h). It sits in the same sharps bin range as the 3 mm and 6 mm models.
• Biodex Dose Calibrator Shielding Rings - 20 mm: An additional lead shielding ring that fits the Biodex dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 20 mm of lead, inside dimensions 160 x 400 mm (diameter x height).
• Biodex Dose Calibrator Shielding Rings - 50 mm: An additional lead shielding ring that fits the Biodex dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 50 mm of lead, inside dimensions 160 x 400 mm (diameter x height).
• Capintec Dose Calibrator Shielding Rings - 20 mm: An additional lead shielding ring that fits the Capintec dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 20 mm of lead, inside dimensions 185 x 465 mm (diameter x height).
• Capintec Dose Calibrator Shielding Rings - 50 mm: An additional lead shielding ring that fits the Capintec dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 50 mm of lead, inside dimensions 185 x 465 mm (diameter x height).
• Comecer Dose Calibrator Shielding Rings - 20 mm: An additional lead shielding ring that fits the Comecer dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 20 mm of lead, inside dimensions 170 x 442 mm (diameter x height).
• Comecer Dose Calibrator Shielding Rings - 50 mm: An additional lead shielding ring that fits the Comecer dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 50 mm of lead, inside dimensions 170 x 442 mm (diameter x height).
• ISOMED 2010 Dose Calibrator Shielding Rings - 50 mm: An additional lead shielding ring that fits the ISOMED 2010 dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 50 mm of lead, inside dimensions 130 x 336 mm (diameter x height).
• ISOMED 2010 Dose Calibrator Shielding Rings - 20 mm: An additional lead shielding ring that fits the ISOMED 2010 dose calibrator well, reducing the background reading and the dose to staff standing at the calibrator. Shielding is 20 mm of lead, inside dimensions 130 x 336 mm (diameter x height).
• 2D Anti-Scatter Grids: Two dimensional anti-scatter grids, which reject scatter in both axes rather than only across the septa of a linear grid. The septa ratio and the strip density are matched to the geometry of the scanner it is fitted to.
• Anti-Scatter Grids for CT Scanners: Anti-scatter grids for CT scanners, built from lead or tungsten septa that absorb scattered photons before they reach the detector. Shielding material is lead, tungsten. The septa ratio and the strip density are matched to the geometry of the scanner it is fitted to.
• Anti-Scatter Grids for Security Baggage Scanners: Anti-scatter grids for security baggage scanners, absorbing scattered radiation so the transmitted image keeps its contrast. The septa ratio and the strip density are matched to the geometry of the scanner it is fitted to.
• Converging / Diverging Collimators: Converging and diverging collimators for gamma cameras, matching the field of view to the size of the organ being imaged. It is made to suit the camera head it is fitted to, and the septa thickness is matched to the photon energy of the radionuclide in use.
• Fanbeam Collimators: Fanbeam collimators for gamma cameras, magnifying the object in one axis to make better use of the detector area in brain and cardiac SPECT. It is made to suit the camera head it is fitted to, and the septa thickness is matched to the photon energy of the radionuclide in use.
• Parallel Hole Collimators: Parallel hole collimators for gamma cameras, machined or cast so that only photons travelling perpendicular to the crystal reach the detector. It is made to suit the camera head it is fitted to, and the septa thickness is matched to the photon energy of the radionuclide in use.
• Pinhole Collimators: Pinhole collimators for gamma cameras, used for high resolution imaging of small organs such as the thyroid. It is made to suit the camera head it is fitted to, and the septa thickness is matched to the photon energy of the radionuclide in use.
• Slanthole Collimators: Slanthole collimators for gamma cameras, angling the acceptance direction so the detector can be brought close to the patient where the geometry is awkward. It is made to suit the camera head it is fitted to, and the septa thickness is matched to the photon energy of the radionuclide in use.
• Mobile PET Protection Barrier - 10 mm: A mobile lead barrier on castors for PET departments, giving the technologist a shielded position beside the patient during uptake and injection. Shielding is 10 mm of lead, inside dimensions 418 x 1454 mm (shielding area).
• Mobile PET Protection Barrier - 20 mm: A mobile lead barrier on castors for PET departments, giving the technologist a shielded position beside the patient during uptake and injection. Shielding is 20 mm of lead, inside dimensions 418 x 1474 mm (shielding area).
• Mobile PET Protection Barrier - 30 mm: A mobile lead barrier on castors for PET departments, giving the technologist a shielded position beside the patient during uptake and injection. Shielding is 30 mm of lead, inside dimensions 418 x 1500 mm (shielding area).
• Mobile X-Ray Barrier - 10mm lead: A mobile lead barrier on castors for x-ray rooms, giving staff a shielded standing position without any building work. Shielding is 10 mm of lead, outside dimensions 743 x 904 x 2004 mm (w x d x h). It is moved into position for the procedure and pushed clear afterwards, so the room stays usable for other work.
• Mobile X-Ray Barrier - 2mm lead: A mobile lead barrier on castors for x-ray rooms, giving staff a shielded standing position without any building work. Shielding is 2 mm of lead, outside dimensions 743 x 904 x 2004 mm (w x d x h). It is moved into position for the procedure and pushed clear afterwards, so the room stays usable for other work.
• Adhesive Lead Parts: Adhesive backed lead parts cut to a customer drawing, for shielding awkward openings, equipment housings and penetrations. Shielding material is lead, thickness to order. It is supplied as a made to order item rather than a stock size, so the shielding follows the shape of the opening.
• Adhesive Lead Sheet - 0,5 mm: Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. Shielding is 0.5 mm of lead, outside dimensions 1000 x 3000 mm (w x d x h).
• Adhesive Lead Sheet - 1 mm: Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. Shielding is 1 mm of lead, outside dimensions 1000 x 3000 mm (w x d x h).
• Adhesive Lead Sheet - 2 mm (RSW112L): Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. Shielding is 2 mm of lead, outside dimensions 1000 x 3000 mm (w x d x h).
• Adhesive Lead Sheet - 2 mm (RSW112M): Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. It is used to bring an existing room or enclosure up to the required lead thickness where a full rebuild is not practical.
• Adhesive Lead Strip - 0.5mm: Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. It is used to bring an existing room or enclosure up to the required lead thickness where a full rebuild is not practical.
• Adhesive Lead Strip - 1mm: Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. It is used to bring an existing room or enclosure up to the required lead thickness where a full rebuild is not practical.
• Adhesive Lead Strip - 2mm: Self adhesive lead sheet used to line walls, cabinets and equipment housings, applied directly to the substrate without a separate fixing system. It is used to bring an existing room or enclosure up to the required lead thickness where a full rebuild is not practical.
• Borated Polyethylene Neutron Shielding: Borated polyethylene neutron shielding, which slows fast neutrons in the hydrogen rich polymer and then captures them in the boron. It is used around neutron sources, accelerators and reactor equipment, and is supplied in sheet and block form.
• Custom Lead Shielded Walls: Custom lead shielded walls made to the room drawing and the required lead thickness, for imaging, radiotherapy and nuclear medicine facilities. It is made to order from the room drawing and the shielding calculation supplied by the physicist.
• Lead Brick Base Corner: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 50 x 50 x 15 mm (w x d x h).
• Lead Brick Base End: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 15 mm (w x d x h).
• Lead Brick Base Start: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 50 x 50 x 15 mm (w x d x h).
• Lead Brick Cave - 450 x 550 mm: A lead brick cave that forms an enclosed shielded working volume for source handling or low background counting, finished in white epoxy paint. Shielding is 50 mm of lead, inside dimensions 450 x 550 x 238 mm.
• Lead Brick Cave - 450 x 650 mm: A lead brick cave that forms an enclosed shielded working volume for source handling or low background counting, finished in white epoxy paint. Shielding is 50 mm of lead, inside dimensions 450 x 650 x 238 mm.
• Lead Brick Cave - 550 x 550 mm: A lead brick cave that forms an enclosed shielded working volume for source handling or low background counting, finished in white epoxy paint. Shielding is 50 mm of lead, inside dimensions 550 x 550 x 238 mm.
• Lead Brick Cave - 550 x 650 mm: A lead brick cave that forms an enclosed shielded working volume for source handling or low background counting, finished in white epoxy paint. Shielding is 50 mm of lead, inside dimensions 550 x 650 x 238 mm.
• Lead Brick Middle Corner: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 100 (w x d x h).
• Lead Brick Middle End: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 100 mm (w x d x h).
• Lead Brick Middle Start: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 50 x 50 x 100 mm (w x d x h).
• Lead Brick Standard Base: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 15 mm (w x d x h).
• Lead Brick Standard Middle: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 100 mm (w x d x h).
• Lead Brick Top Corner: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 15 mm (w x d x h).
• Lead Brick Top End: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 83 mm (w x d x h).
• Lead Brick Top Standard: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 100 x 50 x 83 mm (w x d x h).
• Lead Brick Top Start: An interlocking lead brick used to build shielded walls, castles and caves. The interlocking profile removes the straight joints that let radiation stream through a stacked wall. Shielding is 50 mm of lead, outside dimensions 50 x 50 x 83 mm (w x d x h).
• Lead Free X-Ray Curtains: A lead free x-ray protective curtain for table and gantry mounting, using a non lead attenuating material to reduce weight and simplify disposal. It hangs from the table or the gantry between the patient and the staff position, where most of the scatter is generated.
• Lead Lined Drywall - 1mm Large: Lead lined drywall panel for building shielded partitions in imaging and nuclear medicine departments, fitted in the same way as ordinary plasterboard. The lead layer is bonded to the board face, so a shielded partition is built with the same trades and the same fixings as an ordinary one.
• Lead Lined Drywall - 2mm Medium: Lead lined drywall panel for building shielded partitions in imaging and nuclear medicine departments, fitted in the same way as ordinary plasterboard. The lead layer is bonded to the board face, so a shielded partition is built with the same trades and the same fixings as an ordinary one.
• Lead Lined Drywall -2mm Large: Lead lined drywall panel for building shielded partitions in imaging and nuclear medicine departments, fitted in the same way as ordinary plasterboard. The lead layer is bonded to the board face, so a shielded partition is built with the same trades and the same fixings as an ordinary one.
• Lead Shielded Doors: Lead shielded doors for imaging, radiotherapy and nuclear medicine rooms, made to the opening size and the shielding specification of the room. It is made to order from the room drawing and the shielding calculation supplied by the physicist.
• Lead Shielded Panels with Pipe Passthrough: Lead shielded panels with pipe pass through, so services can cross a shielded wall without leaving an unshielded penetration. It is made to order from the room drawing and the shielding calculation supplied by the physicist.
• Lead Shielded Wall with Door Opening: A lead shielded wall section with a door opening, made to the room drawing so the shielding continues around the doorway. It is made to order from the room drawing and the shielding calculation supplied by the physicist.
• Lead X-Ray Curtains: A lead x-ray protective curtain for table and gantry mounting, cutting the scattered radiation reaching staff who stand at the table side. It hangs from the table or the gantry between the patient and the staff position, where most of the scatter is generated.
• X-Ray Lead Glass | 1000x800x15mm | 3mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 1000x800x15mm with a 3mmPb lead equivalent. Shielding is 3 mm of lead, outside dimensions 1000 x 800 x 15 mm (w x d x h).
• X-Ray Lead Glass | 1000x800x20mm | 4mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 1000x800x20mm with a 4mmPb lead equivalent. Shielding is 4 mm of lead, outside dimensions 1000 x 800 x 20 mm (w x d x h).
• X-Ray Lead Glass | 1200x900x15mm | 3mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 1200x900x15mm with a 3mmPb lead equivalent. Shielding is 3 mm of lead, outside dimensions 1200 x 900 x 15 mm (w x d x h).
• X-Ray Lead Glass | 1200x900x20mm | 4mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 1200x900x20mm with a 4mmPb lead equivalent. Shielding is 4 mm of lead, outside dimensions 1200 x 900 x 20 mm (w x d x h).
• X-Ray Lead Glass | 1500x900x15mm | 3mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 1500x900x15mm with a 3mmPb lead equivalent. Shielding is 3 mm of lead, outside dimensions 1500 x 900 x 15 mm (w x d x h).
• X-Ray Lead Glass | 1500x900x20mm | 4mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 1500x900x20mm with a 4mmPb lead equivalent. Shielding is 4 mm of lead, outside dimensions 1500 x 900 x 20 mm (w x d x h).
• X-Ray Lead Glass | 2000x1000x15mm | 3mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 2000x1000x15mm with a 3mmPb lead equivalent. Shielding is 3 mm of lead, outside dimensions 2000 x 1000 x 15 mm (w x d x h).
• X-Ray Lead Glass | 2000x1000x20mm | 4mmPb: A radiation protection lead glass pane for control windows and shielded viewing panels, supplied as 2000x1000x20mm with a 4mmPb lead equivalent. Shielding is 4 mm of lead, outside dimensions 2000 x 1000 x 20 mm (w x d x h).
• Yellow Lead Blanket with handles: A flexible lead blanket with carrying handles, laid over pipework, valves and components to reduce dose rates during maintenance work. Shielding is 6 mm of lead, inside dimensions 800 x 400 mm. It can be draped over an irregular surface that a rigid shield will not fit.
• Adhesive Lead Strip 3mm (RSW123): A self adhesive lead strip published by Nuclear Shields at 3 mm lead thickness. Each strip measures 50 mm x 8 m. It is the thickest of the adhesive lead strips in the range, which also runs at 0.5 mm, 1 mm and 2 mm.
• Adhesive Lead Sheet - 1 mm (RSW111M): Self adhesive lead sheet measuring 600 x 2,600 mm in 1 mm thick lead. The self adhesive backing keeps installation simple and effective, so the sheet can be applied to standard panels, walls or specific surfaces. Nuclear Shields supply it for medical rooms, laboratories and other settings where radiation protection is crucial, and they also run a plotter that cuts the adhesive lead sheets into specific shapes.
• Adhesive Lead Sheet - 0.5 mm (RSW115M): Self adhesive lead sheet measuring 600 x 2,600 mm in 0.5 mm thick lead. The self adhesive backing keeps installation simple and effective, so the sheet can be applied to standard panels, walls or specific surfaces. Nuclear Shields supply it for medical rooms, laboratories and other settings where radiation protection is crucial, and they also run a plotter that cuts the adhesive lead sheets into specific shapes.