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EUTungsten Alloy Syringe Shield
Tungsten heavy alloy shield is a material used for shielding radiation, made of high density tungsten alloy. High density tungsten alloy is a material with high density and absorption capacity, which can effectively block and absorb radiation from radiation sources.
Tungsten heavy alloy shields are commonly used in fields such as nuclear energy, healthcare, and aerospace to protect personnel and equipment from radiation hazards. It can be used to make shielding boxes, shielding doors, shielding windows, etc. to block different types of radiation, such as electromagnetic radiation, X-rays γ Radiation, etc.
Tungsten heavy alloy shielding components have the following characteristics:
1. High density: High density tungsten alloy has high density, which can provide better shielding effect.
2. High absorption capacity: High specific gravity tungsten alloys have high absorption capacity for different types of radiation, which can effectively block radiation.
3. Corrosion resistance: High density tungsten alloys have good corrosion resistance and can be used in harsh environments.
4. Machinability: High density tungsten alloys can be formed through various processing methods, and shielding components of different shapes and sizes can be made according to needs.
Tungsten heavy alloy shields are important materials used for shielding radiation, with characteristics such as high density, high absorption capacity, and corrosion resistance. They are widely used in electronic equipment, communication equipment, aerospace, medical equipment, and other fields. It can be used to manufacture shielding shells for electronic products such as mobile phones, computers, and tablets, to prevent the impact of electromagnetic radiation on human health. In addition, tungsten alloy shielding components can also be used for manufacturing electromagnetic shielding boxes, electromagnetic shielding rooms, and other equipment, used in laboratories, hospitals, factories, and other places to protect sensitive equipment from external electromagnetic interference.
