Syringe & Vial Shielding in Bangladesh

Tungsten and lead syringe and vial shields for safe handling of radiopharmaceuticals.

104 products from 2 manufacturers: Nuclear Shields, MiE GmbH.

Products

• 1 ml Big-Screw Syringe Shield - 11.5 x 76 mm — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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 — Nuclear Shields: 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) — Nuclear Shields: 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.
• Syringe Shields and Shielded Syringe Carrier — MiE GmbH: MiE publish two items on this accessories page. The Shielded Syringe Carrier has a carrying handle and is intended for transporting loaded disposable syringes. The Syringe Shields are tungsten with a shielding factor of 150, listed in 1 ml, 2 ml, 5 ml and 10 ml conical sizes.

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