Characteristics of tungsten radiation shielding container tanks

A tungsten radiation shielding container, often referred to as a tungsten alloy shielding container or tungsten container, is a type of container specialized in shielding radioactive materials. It is mainly used in medical, industrial and nuclear energy fields, especially playing an important role when radioactive materials need to be handled and stored safely.

Tungsten alloy has extremely high density and atomic number, which can effectively absorb and attenuate the rays released by radioactive materials, such as gamma rays and beta rays. Compared with traditional lead shielding materials, tungsten alloy is non-toxic and does not pollute the environment. Tungsten alloy has high hardness, high strength and good abrasion resistance, making tungsten radiation shielding containers more durable. Tungsten alloy has a low coefficient of thermal expansion and temperature changes have less effect on its dimensions, ensuring the stability and reliability of the container.

Tungsten Alloy Isotope Containers usually consist of a container shell, seals and radiation absorbing shielding. The container shell is used to define the cavity containing the radioactive material, the seal is used to seal the opening of the container to prevent leakage of the radioactive material, and the radiation-absorbing shielding is used to absorb and attenuate the radiation emitted by the radioactive material.