Lead in Shielding Applications

Why lead?

Lead plays an important role in radiation shielding. The density of the material makes it ideal for the process, says PhysLink. It’s also significantly lower on the price point than silver or gold. That gives lead shielding companies a great low-cost option. In addition, it’s much easier and even safer—less toxic—to work with in common forms when you compare it to Bismuth or Thallium. Also, lead is widely available so access is easy and convenient. All these are reasons why lead is a crucial material in shielding applications.

Traditional lead shielding

This involves transforming pure lead into a kind of wearable radiation shielding material. Binders as well as additives are mixed into the material, resulting into lead vinyl sheet with great flexibility. These lead sheets will need to be layered until the necessary thickness is achieved.

Lead Composite shielding

This refers to a mixture that contains lead and other metals that weigh lightly. Lead-based composite blends are typically a mixture of lead and heavy metals. The arrangement serves to reduce the radiation present.

Common uses of shielding

Lead shielding is used in a number of applications. Shielding applications are used in x-ray machines as well as nuclear power plants. It is also necessary for a number of military equipment as well as labs and used in places where there is a strong presence of radiation.

Finding help and services

There are plenty of lead shielding companies in the market. So look around. Do a credibility check. Is the company licensed? Does it seem reliable and trustworthy? How much experienced do they have? Do they have the right team in place? What kind of customer service do they have? These questions should help you figure out which companies to put on your short list to help you narrow the field down.

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