Tungsten Alloy Radiation Shielding Container for Vial Transportation

We are specialized in R&D and production of GR2 Titanium Target, Niobium Rod, Tantalum Rod, through continuous innovation to improve product quality, so that our products adapt to the market and meet the requirements of customers. We are currently undertaking a new set of strategic transformations and upgrades to enhance our overall manufacturing capabilities. Our confidence in product quality comes from the continuous technological innovation system, strict quality inspection procedures and proactive customer service.

Tungsten Radiation Shielding part is the first choice for radiation shielding.Compared with the traditional shielding materials, the shielding property of the tungsten alloy is much better.

Tungsten radiation shielding are widely used in nuclear energy research and quality inspection. The tungsten shield itself has the characteristics of high density, high hardness, stable chemical properties, non-toxic and environmental protection. The density of tungsten alloy is an important parameter affecting the shielding property, and the high density is the most significant advantage of tungsten alloy. High hardness can make the shield in use is not easy to wear, prolong its service life. Tungsten alloy has not been found to have any harm to people or the environment in the long-term use. This non-toxic and environmental protection material is bound to be paid more attention to and utilized.

Tungsten alloy products can be used in research as collimators (an instrument for directing or focusing radiation) or to hold radioactive isotopes. Tungsten alloy or tungsten radiation shielding are the best material for shielding X and gamma rays. The high specific gravity of tungsten alloy (60% heavier than lead) can reduce the physical size of the shielding portion without affecting the effectiveness of the shielding.

Geological logging is an exploration technique used primarily in the oil and gas industry, also known as logging. Gamma-ray sources that reduce well formation and radiation penetration through rock formations. The data can then be analysed to determine the presence of gas or oil. Use tungsten alloy to shield radioactive sources and act as an X-ray sight.

Use of non-destructive testing

Gamma rays are used to inspect welds and detect cracks in pipes. The gamma source is mounted on a remotely controlled wheeled cart and propagated inside the tube length. The tungsten sight is used to direct radiation to the target, and the radioactive source is housed in the Tungsten radiation hielding container.

Industrial radiation Gamma rays are used to detect structural problems in materials such as metal and cement. For pipeline testing, the equipment is used for tungsten shielding and tungsten sighting.

Level radioactive materials are used for industrial purposes to measure the thickness, density, and levelness of materials in production. This material such as paper plastic film, iron surface or surface coating. The material passes through a radioactive source, which is placed in the tungsten alloy material and in the detector. The strength of the signal on the detector is used to measure thickness, density and material level.

Contact information:

E-mail: mail@refrachina.com

Address:Suite A2202-03, Qujiang Exhibition International Building,Yanzhan Road,Xi'an,

710061,China

Telephone:86-29-85325399

To be a result of ours specialty and service consciousness, our enterprise has won an excellent status between buyers all around the globe for Tungsten Alloy Radiation Shielding Container for Vial Transportation. We look forward to establishing a long-term business relationship with you in the near future. We also ensure that your choice is going to be crafted with the highest good quality and dependability.

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