Shielding Parts

Tungsten alloy is the best shielding material, whether it is medical or industrial equipment. Compared with traditional shielding materials, tungsten alloy shields represent a good value. High-density alloys can provide the same energy absorption with less than 1/3 the volume of lead. One can take advantage of the reliable shielding properties of tungsten alloys. Shielding parts can protect people well from harmful radiation. Complies with AMS 21014 and ASTM B777 material standards.

 Research has confirmed that radiation protection ability is closely related to material density, and the greater the density, the better the shielding performance.  Tungsten alloy has a very high density, so its shielding performance is very high, and tungsten alloy in its long-term use is not harmful to people or the environment, in this respect has a greater advantage than lead.  The linear attenuation ability of tungsten alloy to γ-rays makes it a great advantage in the field of shielding parts.  And the same amount of tungsten alloy shielding provides a lower risk than the same amount of lead shielding. 

Our Shielding Parts are used for the protection of γ-ray radioactive sources, radiation protection, X-ray shielding, and also for oil wells and industrial instrumentation. In addition, we can use tungsten alloys to make collimators and cancer treatment equipment, as well as protect radioactive injection syringes.

Nuclear research institutes use nuclear reactors or cyclotrons to study or manufacture radioactive materials. Tungsten alloy products can be used as collimators (an instrument to guide or focus radiation) or to hold radioactive isotopes in research. Tungsten alloys are shielding X and are The best material for gamma rays. The high specific gravity of tungsten alloy (60% heavier than lead) can reduce the shielding portion without affecting the effectiveness of the shielding. Geological logging and non-destructive testing (NDT)

Shielding Parts for collimators include the following applications:

(1) Geological logging

Geological logging is an exploration technique mainly used in the oil and gas industry. It is also known as logging and well logging. Gamma-ray source, reducing well formation and radiation penetration through rock formations. This data can then be analyzed to determine if gas or oil is present. A tungsten alloy is used to shield the radioactive source and act as an X-ray collimator.

(2) Tube online detection gamma

Radiation is used to inspect welds and detect cracks in pipes. The gamma source is mounted on a remotely controlled wheeled cart (sometimes referred to as a "pig") and propagated along the length of the inner tube. A tungsten collimator is used to direct the radiation to the target, while the radioactive source is housed within the tungsten shield.

(3) Industrial radiation

Industrial Radiation uses gamma rays to detect internal structural problems in materials such as metals and cement. With pipeline inspection, the equipment is applied to tungsten shields and tungsten collimators. By Thickness, Density, and Levels Radioactive materials are used for industrial purposes to measure the thickness, density, and level of materials in production. This material such as paper plastic film, iron surface, or surface coating. The material passes through the radioactive source, which is placed in the tungsten alloy material of the China tungsten Line and the detector. The signal strength on the detector can be used to measure thickness, density, and material level. ds.

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