What Are Disadvantages of Tungsten Alloy Radioactive Storage Tanks?

The shortcomings of tungsten alloy radiation storage boxes are mainly concentrated in the following aspects:

  1. High cost: Tungsten alloy is a rare metal material with limited resources and high price. Therefore, the cost of tungsten alloy radioactive storage tanks is relatively high, which increases the difficulty of use and procurement.
  2. Difficulty in manufacturing: Tungsten alloy is difficult to process. The manufacturing process requires precise processing and manufacturing process control. The manufacturing cycle is long and the requirements for manufacturing technology are also high. This makes the manufacturing of tungsten alloy radiation storage tanks difficult and requires specialized equipment and processes.
  3. It is difficult to classify and identify waste: Since tungsten alloy radiation storage boxes are mainly used to store radioactive materials, it is difficult to classify and identify waste. Specialized technology and equipment are required for waste classification, identification and treatment. At the same time, the characteristics and safety of radioactive materials also increase the difficulty of waste treatment and management.
  4. Large weight and volume: Due to the large density of tungsten alloy, the weight and volume of the tungsten alloy radiation storage box are also relatively large. This increases the difficulty of transportation and handling, and may cause some inconvenience to use.

To sum up, the shortcomings of tungsten alloy radiation storage tanks mainly include high cost, difficulty in manufacturing, difficulty in waste classification and identification, and large weight and volume. These shortcomings limit the application scope and popularity of tungsten alloy radiation storage tanks to a certain extent.

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