Industrial Radiation Shielding Vaults 101
Industrial radiation shielding vaults are an important part of any facility where workers could be exposed to ionizing radiation.
As a company with years of experience in creating industrial radiation shielding solutions, we know just how critical it is to keep workers safe from radiation exposure.
In this post, we’ll dive into what industrial radiation shielding vaults are, how they work, and why they’re so important in the industrial marketplace.
What are Industrial Radiation Shielding Vaults?
First things first, what exactly are industrial radiation shielding vaults? In simple terms, they’re structures designed to protect workers from prolonged exposure to harmful radiation.
They can be made of various materials, such as concrete, polyethylene, steel, high-density concrete brick, sand and lead, and come in different sizes and shapes to suit the needs of different industrial facilities.
Find out more information on radiation shielding materials.
How Do Industrial Radiation Shielding Vaults Work?
So, how do radiation shielding vaults protect against radiation?
Essentially, these vaults are designed to stop or slow down the movement of ionizing particles, which is known as attenuation.
The density and type of materials used in the vault (also known as material thickness) determine its effectiveness in protecting against different types of radiation.
We use different types of materials to attenuate different types of radiation.
What Type of Industrial Radiation Shielding Vaults Exist?
There are different types of radiation shielding vaults, each suited to different types of industrial facilities and the types of radiation they may encounter.
For example, some vaults are specifically designed for use in nuclear power plants, while others are used in research labs and testing facilities (NDT).
The important thing is to choose the right type of vault for your specific needs based on factors such as occupancy factors, the envelope size of the workspace, the type of radiation being generated, and access requirements.
Check out our blog post detailing the factors our radiation shielding experts consider for more information.
What Facilities Can Use an Industrial Radiation Shielding Vault?
There are too many to list, seriously. Since Matter Fabs was founded, we’ve worked with industrial clients in a wide range of industries.
But our most common clients exist in the non-destructive testing, aerospace, research, and other industrial facilities where workers risk being exposed to radiation.
How To Choose the Right Type of Vault
So, how do you choose the right radiation shielding vault for your industrial facility? There are several key factors that we mentioned before to consider, including envelope size, type of radiation being generated, and access requirements.
Additionally, the materials used in the vault, such as concrete, polyethylene, steel, high-density concrete brick, sand and lead, play a critical role in its effectiveness in protecting against radiation, as we mentioned previously.
When selecting and installing a radiation shielding vault, it’s important to consider the specific needs of your facility and to follow best practices for installation.
Conclusion
In conclusion, radiation shielding vaults are an important part of any industrial facility where workers can be exposed to radiation.
They play a critical role in protecting workers from exposure to harmful radiation, and can be customized to meet the specific needs of a facility.
When choosing a radiation shielding vault, it’s important to consider factors such as envelope size, type of radiation being generated, and access requirements, as well as the materials used in the vault.
We hope this post has given you a good understanding of radiation shielding vaults and their importance in industrial facilities.
If you have any questions or would like more information, don’t hesitate to reach out to us. We’re always here to help!
Additional Resources
Radiation Shielding Calculations Guide
Why Radiographic Testing (RT) is Best for Industrial NDT
How NDT Companies Can Use Industrial Radiation Shielding
Complete Guide to Radiation Shielding Materials