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We are specialists in the customization of tungsten heavy alloy for nuclear reactors, nuclear energy, infusions, medicine/radioisotope, indicative imaging and non-dangerous testing businesses. Restricting exposure to radiation is accomplished by utilizing materials that expand protection. The denser the material, the more significant level of safeguarding it gives. With a thickness roughly 1.7 times higher than lead, Tungsten Heavy Alloy ensures radiation exposure is kept to a bare minimum. It is a practical choice for some applications where lead isn’t plausible and is solid and exceptionally adaptable to precision components.
Tungsten nuclear shielding has a thickness of up to 18.89 g/cm3 versus lead at 11.34 g/cm3. Its simplicity of mechanical handling/machining, high flexibility and strength make it a practical choice for some applications where lead isn’t plausible whether it be for size reduction, amplifying weight in enormous or little holes or radiation protection. Tungsten nuclear radiation shielding is solid and exceptionally adaptable to accuracy parts.
Applications of Tungsten
Tungsten Heavy Alloy is the most ideal solution for nuclear medical and/or industrial shielding /protection that requires radiation shielding. It offers amazing benefits and uses less material than lead to give a similar degree of retention. It is useful in:
High Energy Radiation Shielding – Nuclear, Medical and Industrial –
Tungsten alloy weight for vibration dampening –
Airplane control surfaces –
Tungsten alloy boring bar, bucking bars –
Motor parts –
Helicopter rotor Systems –
Boat weights –
Radiation Protection – Nuclear, Medical and NDT
A brilliant material for safeguarding, Tungsten Heavy Alloy ensures the least radiation exposure and guarantees ALARA objectives in the work environment. Machinability, radiographic thickness, strength, low harmfulness, and heat opposition take into account prevalent plan flexibility versus other shielding materials. Tungsten Heavy Alloy safeguarding isn’t dependent upon NRC, EPA, and OSHA guidelines for uncommon imperatives, making it suitable for diverse applications.
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