Throughout many different industries, machinery and processes are at work that can let off nuclear radiation. In a nuclear energy facility, large shields are created out of concrete, steel frames, and lead filling. These shields help keep workers and areas of the energy facility safe from radiation. The most common radiation that occurs at a nuclear facility is gamma radiation, but some medical centers use gamma radiation for cancer treatments. While lead has always been the most protective barrier against this radiation, tin sheets in Canada are also used in tandem with other barriers.
Nuclear Applications When Combined With Lead
Within a nuclear facility, the splitting of atoms occurs to generate energy. In turn, this fission can generate gamma energy, which can be dangerous to the human body. A special defense shield must be put in place to protect workers and facilities from this radiation. Tin metal sheets can be used as the framework for which lead can be poured into solidifying and making the shield safer.
While many factories and facilities tend to use steel in tandem with concrete and lead for gamma radiation, a pure tin sheet is also favorable to create the lead pours framework as it is easily customizable. The delicate nature of tin allows for easy manipulation, making it a favored material among many artisans, contractors, and machinists. While a single layer of tin metal sheets would not be enough to stop gamma radiation, it could be part of a thicker, larger defense mechanism made from dense concrete and lead layers.
So many people tend to use tin sheets in Canada because of their multi-purpose applications. In addition to aiding in the construction of lead radiation shields, many industries often use pure tin sheet, including telecommunication, jewelry, electronics, construction, and manufacturing. It is so popular because it is resistant to corrosion, cost-effective, and can be purchased in various colors.
Tin metal sheets are also used in residential and commercial decor. It can be less expensive than other materials but still has aesthetic value to many customers, especially when customized.
When looking at pure tin sheet as a protective mechanism against gamma radiation, it should be noted that it must be used with another product. While tin does have many benefits, including its resistance to corrosion, one layer is not adequate to protect someone. However, if a company uses it to create the framework for which lead will be poured into, it can become an essential part of gamma radiation shielding.